United Kingdom | March 29, 2017– STG Aerospace, the innovative aircraft cabin lighting company, is delighted to announce that it has secured FAA approval for saf-Tglo® blu across the majority of Boeing, Airbus and Embraer aircraft types.
Combining critical safety performance with enhanced interior aesthetics, saf-Tglo® blu is the world’s first blue glowing photoluminescent emergency floor path marking system.
Recently awarded the prestigious title of ‘Best Cabin Innovation of 2016’ by APEX (Airline Passenger Experience Association) it will soon to be added to the options catalogue for major OEM programmes, this approval allows airlines following FAA regulations to install the system.
saf-Tglo® blu will transform how airlines accomplish emergency way guidance, for the first time enabling this critical safety system to complement the aircraft cabin aesthetics. With the same choice of base colours to match the carpet and interior colour scheme as the original saf-Tglo® range, saf-Tglo® blu introduces a soothing blue glow in place of the traditional green glow. This works with an airline’s branding and the latest LED lighting installed in modern aircraft.
saf-Tglo® blu is based on the proven technology of the original and market-leading saf-Tglo® photoluminescent range and is available in the company’s SuperSeal UltraLite® (SSUL) system, which is the lightest, narrowest and highest performing photoluminescent system available. The simplicity of its design, its 100% reliability and being maintenance free with no life limit ensures that airlines can make significant operational savings too.
Dr Sean O’Kell, Director of Innovation at STG Aerospace, commented: “saf-Tglo® blu is the first blue glowing photoluminescent system to have ever been approved for any aircraft application. Following the EASA approval last year, we’re delighted we now have FAA certification for the leading aircraft types and we are already seeing significant interest in the product from both OEMs and airlines across the globe.”
STG Aerospace will be showcasing saf-Tglo® blu on its stand 6A28 at the Aircraft Interiors Expo in Hamburg on 4th – 6th April 2017.
IFEC’ers, it is almost here – AIX 2017 that is – and we cannot wait. Over the next few issues, IFExpress will be providing a ‘sneak peek’ from a few AIX vendors. Additionally, we have a ‘Special Story’ for the AIX Show Edition – stay tuned and read on!
Aircraft Cabin Systems
ACS is very busy these days with the design on their second-generation 12.1” retractable monitor. Even though their first-generation model was highly accepted in the marketplace, “We are constantly striving to give our customers what they want” says Richie Sugimoto (shown above) including a very robust design offering high value. Customers have appreciated the overall simplicity of the unit, including the lighter weight and less moving parts providing a quieter unit in operational mode. Most importantly, customers love the ease of installation when upgrading their aircraft from older monitors. These units are offered for both the Airbus and Boeing series of aircraft. They are designed for AC power and with HDSDI video input, provide a clear, crisp quality picture. The first-generation retractable monitors utilize a patented, mechanical design developed by Mr. Yukio Sugimoto and was developed to be a mechanical plug-and-play attachment to either the existing B737 PSU’s or for the Airbus planes.
ACS has also been working on a new design of 4K Ultra High Definition (UHD) Modular Monitors. This new design concept allows the support of customizable input/output modules, allowing for the unit functionality with a wide variety of IFE systems. This unique design concept can meet the industry multiple demands with adding additional or different modules. This design is in the testing phase and expect production to release product to the marketplace in Q2. Available screen sizes range from 27” up to 75”.
All products are designed and manufactured in their Redmond, WA facility that is an AS9100 Certified facility. ACS will be at the upcoming AIX show in Hamburg, if in the area, stop by and see all of the new technology they are working on at stand 2C30 to discuss your needs.
This year’s Aircraft Interiors Expo in Hamburg will be unprecedented for Chief Executive David Withers and team as far as depth and breadth of solutions and in an increased presence both in size of booth and team in the IFEC zone, Hall B4 at stand 4E20. digEcor having recently expanded their sales team to include additional resource in the Middle East and Africa Region with the appointment of Eduardo Protasio, (from EuroAtlantic Airways) a new appointment for Asia Pacific in Stu McGraw commencing 27 March (previously QinetiQ and Virgin Australia) as well as Jorge Mompo’s appointment (previously Lumexis) as Sales Director of the America’s since AIX 2016. Headed by VP Global Sales, Paul Thorpe, digEcor are looking forward to what this will mean for the developing growth of the company and are looking forward to introducing this new team to visitors this year.
digEcor has been busy these past 12 months and has a handful of announcements to make at AIX 2017 they are keeping close to their chest. The GLIDE embedded system is making headway in the market as well as the continued success of digEcor’s passenger power for 2.1A USB and 110V power solutions, including pre integrated solutions with innovative seat vendors. Since AIX Hamburg 2016 digEcor has launched four new product lines including Passenger Service Solutions, LED Cabin Lighting, Cabin Management and digEcor’s own Moving Map.
digEcor’s mission to enable all airlines to create an extraordinary travel experience is still personified through their modular, flexible and tailored approach to meet the needs of airlines and vendors alike. The Integrated Flight Experience portfolio is still the only fully integrated system from one single vendor available today comprising GLIDE Embedded and Portable IFE, In-Seat Power, LED Cabin Lighting, Passenger Service Solutions, Cabin Management, Wi-Fi to stream content, ENGAGE application for crew, Tape Replacement and Content Services.
digEcor is showcasing this experience at AIX this year by cabin for Economy, Premium, Business and First class. In partnership with Avio Interiors, Geven Spa, Skypaxx, Thompson Seating and Pitch Aircraft Seating Systems, digEcor is primed to educate visitors by cabin or product, depending on the interest.
FTS New Brand Logo Identity
This past week, FTS proudly launched their new company logo. Here is what they had to say:
Over the past two years, FTS business has grown and evolved. In line with our expansion globally, across U.S. and Europe, as well as the addition of new exciting product range, it’s time for a change!
With a sharp and crisp font and brighter blue used, it is a modernized look which reflects our core values – constantly innovating, cutting-edge technology and revolutionize the business.
Being a newcomer, FTS strives to revolutionize the IFEC industry with new business ideas, innovative product offerings and high quality hardware.
We do not follow the norm. We set ourselves apart. This is what we strive for and we are excited to share that with you.
Our new logo will have its first appearance in AIX 2017.
Check us out and see you at booth 2E34!
Twenty One products and ideas are in the finals of the 2017 Crystal Cabin Awards, the world’s most renowned prize for innovation in aircraft interiors. From a parking guidance system for cabin baggage to a lavatory mirror that displays on-board video and information as if by magic, the finalists’ submissions include innovative ideas for pretty much every aspect of the cabin – revealing today how we will be flying in the world of tomorrow. In the field of “Cabin Concepts” in particular, the giants are lining up for a showdown: Bombardier, Delta Air Lines and United Airlines are all hoping for a trophy in the same category. With 85 shortlist entrants from 21 nations, the 2017 Crystal Cabin Awards have been more popular and more international than ever before in their 11 years of history. The seven winners of the coveted Crystal Cabin Award trophies will be announced on the first evening of the Aircraft Interiors Expo (4 – 6 April, 2017) in Hamburg, Germany.
Boeing and CDB Aviation Lease Finance (CDB Aviation) announced an order for 30 737 MAX 8 airplanes. The order, valued at $3.3 billion at current list prices, was previously unidentified on Boeing’s Orders & Deliveries website. Based in Dublin, Ireland, CDB Aviation operates as a wholly owned Irish subsidiary of China Development Bank Financial Leasing Co LTD (CDB Leasing) (HKEX stock code:1606). With registered capital of $US50 million and a fleet of over 200 aircraft, CDB Aviation has over 10 years’ experience in the business and is one of the largest and most influential Chinese-owned aviation leasing companies.
And while we are on Boeing, keep your eye on the new midsize airplane demand for the companies next new plane. Boeing expects to launch a new larger B737 beyond the B737 MAX by the end of 2017. Also expect it to fall below the B787 passenger payload. The so-called B797 will probably seat from 200 to almost 300 passengers over a range of some 4300 to 5300 nautical miles – in the older B767-200 payload-range footprint. Single vs twin aisle is a big deciding factor as well as competition with their existing B737 fleet and it’s growth. Here is more reading for your airplane interest
SITA, recently announced the formation of the Secure Journeys Working Group to address today’s airport security threats in the USA and to work towards creating a secure and efficient passenger experience throughout the airport. The launch of the Secure Journeys initiative is in response to the current security climate and recent attacks on non-secure areas of the airport, including the Brussels airport bombing and Fort Lauderdale airport shooting. Members of the working group cite these incidents as examples that demonstrate the need to rethink the approach to getting passengers through the airport quickly and safely. The newly extended group will address growing challenges, including:
- Moving passengers and baggage more rapidly through non-secure areas of the airport, such as check-in and baggage claim areas;
- Reducing and effectively managing security wait times to reduce lines of people in non-secure areas;
- Incorporating biometrics for passenger screening authentication;
- Addressing ways in which identity management solutions can be used along with data analytics to reduce the growing concerns around the insider threat.
Bad Aviation Joke: A vulture boards an airplane, carrying two dead raccoons. The stewardess looks at him and says, ‘I’m sorry, sir, only one carrion allowed per passenger.’ OK, the worst science joke then: Two hydrogen atoms meet. One says, ‘I’ve lost my electron.’ The other says ‘Are you sure?’ The first replies, ‘Yes, I’m positive.’
Irish-low cost carrier is largest all-Boeing operator in Europe
Dublin, Ireland | March 21, 2017– Boeing (NYSE: BA) and Ryanair celebrated the delivery today of the airline’s 450th Next-Generation 737-800. This significant milestone has been reached in less than two decades, with the Irish low-cost carrier taking an average delivery of 25 737-800s per year since 1999.
“Ryanair is proud to partner with Boeing and has operated an all-Boeing fleet since 1994,” said Ryanair’s Chief Operations Officer, Mick Hickey. “Our current order of 737-800s and the 737-MAX 200 ‘Gamechanger’ will allow us to grow our fleet to 585 aircraft and our passenger numbers to 200 million per annum by 2024, maintaining our position as Europe’s largest, and greenest and cleanest airline.”
With more than 80 unfilled orders for Next-Generation 737-800s, Ryanair is also the launch customer for the 737 MAX 200, with 100 unfilled orders. The 737 MAX 200 can accommodate up to 200 seats, increasing revenue potential and providing airlines with up to 20 percent better fuel efficiency per seat than today’s most efficient single-aisle airplanes.
“Ryanair has consistently demonstrated the outstanding economic, reliability and safety capabilities of the Next-Generation 737-800, using this airplane as the foundation to become one of the biggest airlines in the world,” said Monty Oliver, vice president, European Sales, Boeing Commercial Airplanes. “To deliver the 450th 737-800 is truly a significant milestone in both companies shared history and we look forward to supporting Ryanair on the next phase of its incredible journey with the introduction of the 737 MAX 200.”
Ryanair carried 119 million passengers last year with 1,800 daily flights to more than 200 destinations. The Dublin based carrier is the largest 737-800 customer in the world and the largest Boeing operator in Europe.
Both sides eye new height in the partnership
Dublin, Ireland | March 13, 2017– Boeing [NYSE: BA] and CDB Aviation Lease Finance (CDB Aviation) announced an order today for 30 737 MAX 8 airplanes. The order, valued at $3.3 billion at current list prices, was previously unidentified on Boeing’s Orders & Deliveries website.
Both sides agreed to take this opportunity to broaden communication and strengthen cooperation in various fields, bringing the partnership to a new level.
“Our commitment to our customers is to provide them with the most efficient and reliable products,” said Peter Chang, President and Chief Executive Officer of CDB Aviation. “The 30 Boeing 737 MAXs in our portfolio provide the competitive advantages of fuel efficiency, reliability and passenger experience they are looking for in the single-aisle airplane.”
Based in Dublin, Ireland, CDB Aviation operates as a wholly owned Irish subsidiary of China Development Bank Financial Leasing Co LTD (CDB Leasing) (HKEX stock code:1606). With registered capital of $US50 million and a fleet of over 200 aircraft, CDB Aviation has over 10 years’ experience in the business and is one of the largest and most influential Chinese-owned aviation leasing companies.
“We are very pleased to expand our partnership with CDB Aviation with this announcement,” said Rick Anderson, vice president of Northeast Asia Sales, Boeing Commercial Airplanes. “As we work together with the new management team at CDB Aviation to address the opportunities presented in a rapidly growing market for commercial airplanes, we look forward to strengthening and growing our partnership in the very near future.”
The 737 MAX family has been designed to offer customers exceptional performance, flexibility and efficiency, with lower per-seat costs and an extended range that will open up new destinations in the single-aisle market. The 737 MAX will be 14 percent more fuel-efficient than today’s most efficient Next-Generation 737s – and 20 percent better than the original Next-Generation 737s when they first entered service. With broad market acceptance, the 737 MAX has more than 3,600 orders to date from 83 customers worldwide.
First 737 MAX family member on track for customer deliveries in coming months
Renton, WA | March 9, 2017– Boeing (NYSE: BA) announced today that the U.S. Federal Aviation Administration (FAA) has certified the 737 MAX 8 airplane for commercial service. Boeing is now in the final stages of preparing for the first 737 MAX 8 delivery to customers in the coming months.
To earn certification for the 737 MAX 8, Boeing undertook a comprehensive test program that began just over one year ago with four airplanes, plus ground and laboratory testing. Following a rigorous certification process, the FAA granted Boeing an Amended Type Certificate for the 737 MAX 8, verifying the design complies with required aviation regulations and is safe and reliable.
“This certification is a true testament to the dedication and commitment of our entire MAX team throughout the process, from airplane design to flight testing,” said Keith Leverkuhn, vice president and general manager, 737 MAX program, Boeing Commercial Airplanes. “The Renton team looks forward to delivering superior efficiency, reliability and design to our customers as they start to receive their 737 MAX aircraft in the next few months.”
The 737 MAX 8 is the first in the family to be developed and meets customer demand in the heart of the single-aisle market. The 737 MAX 8 reduces fuel use and CO2 emissions by an additional 14 percent over today’s most fuel-efficient single-aisle airplanes.
The 737 MAX family of aircraft is designed to offer customers exceptional performance, flexibility and efficiency, with lower per-seat costs and an extended range that will open up new destinations in the single-aisle market. The MAX 8 and 9 will be followed in 2019 by the smaller MAX 7 and higher capacity MAX 200, while studies and discussion continue with customers on growing the family.
The 737 MAX incorporates the latest technology CFM International LEAP-1B engines, Advanced Technology winglets and other improvements to deliver the highest efficiency, reliability and passenger comfort in the single-aisle market. It is the fastest-selling airplane in Boeing history, accumulating more than 3,600 orders to date from 83 customers worldwide.
Airplane scheduled to fly in the coming weeks, deliver to customers in 2018
Renton, WA | March 7, 2017– Boeing (NYSE: BA) marked a milestone today as the first 737 MAX 9 made its debut in front of thousands of Boeing employees.
The 737 MAX 9 is the second member of Boeing’s industry leading 737 MAX family, with a maximum capacity of 220 passengers and a range of 3,515 nautical miles.
The airplane now begins system checks, fueling and engine runs on the flight line. Once completed, the airplane will begin flight testing in the coming weeks – the final phase of verification of the operational characteristics and overall performance of a new airplane.
“The 737 MAX team continues to do a fantastic job getting us to these important milestones right on schedule,” said Keith Leverkuhn, vice president and general manager of the 737 MAX program, Boeing Commercial Airplanes. “Our primary focus is delivering an aircraft that has the legendary reliability our 737 customers depend on, plus the optimized flexibility and range capability they desire.”
The 737 MAX 9 is scheduled to enter service in 2018. The 737 MAX 8 is on track to deliver to customers in the second quarter of 2017.
The 737 MAX family has been designed to offer customers exceptional performance, flexibility and efficiency, with lower per-seat costs and an extended range that will open up new destinations in the single-aisle market. The MAX 8 and 9 will be followed in 2019 by the smaller MAX 7 and higher capacity MAX 200, while studies and discussions continue with customers on growing the family.
The 737 MAX incorporates the latest technology CFM International LEAP-1B engines, Advanced Technology winglets and other improvements to deliver the highest efficiency, reliability and passenger comfort in the single-aisle market.
The 737 MAX is the fastest-selling airplane in Boeing history, accumulating more than 3,600 orders to date from 83 customers worldwide.
As we approach Aircraft Interiors Hamburg we are seeing a lot more industry news hitting the airwaves. Let’s start by taking a peak at what to expect from AIX and PEC next month.
AIX & PEC
Polly Magraw, Event Director of the Aircraft Interiors Expo, says: “Since AIX launched in 2000 it has firmly established itself as the event that sets the agenda for the aircraft interiors sector. At this year’s event we’re thrilled to welcome more than500 exhibitors including 55 new companies showcasing innovations to some 20,000 attendees expected throughout Passenger Experience Week. This outstanding year on year growth has led to the event becoming a firmly established event in the aviation calendar. We are excited to announce the growth of CabinSpace Live, a theatre style series of seminars where the industry can discuss key topics and gain inspiration from industry leaders within the IFEC and MRO sectors. The Passenger Experience Conference, part of the wider Passenger Experience Week, remains a central attraction and key event for delegates who want to get a comprehensive understanding of industry’s current trends and challenges. The packed programme for this year’s conference is rich in thought-provoking and insightful content with speakers coming from both inside and outside the aviation industry.”
AIX Overview: This year’s Aircraft Interiors Expo (AIX) takes place in Hamburg, Germany from 4th-6th April 2017. We are, as always, excited to welcome over 500 showcasing companies to the Messe with 55 new exhibitors, many of whom will be in the IFEC zone. This rapidly expanding zone is now the world’s largest event dedicated to in-flight entertainment and connectivity and content and service providers making it a must-see for visitors to the show. With such a wealth of companies exhibiting at the show from the supply chain, technology and products industries and more than 1,000 airline executives expected to attend, the event once again promises to be extremely thought-provoking and insightful.
CabinSpace Live, a theater style series of seminars where visitors can learn and be inspired on a variety of pressing issues within the IFEC, Interiors and MRO sectors will also be taking place again this year. The event provides a fantastic networking opportunity for delegates to discuss key topics and gain inspiration from industry leaders and disruptors within the IFEC and MRO sectors.
Aircraft Interiors Expo also incorporates the 11th annual Crystal Cabin Awards, which takes place on the evening of Tuesday 4th April, with seven award categories that celebrate the most innovative ideas in cabin design and technology. The winners ceremony takes place at 13:00 within the CabinSpace LIVE seminar theater on Wednesday 5th April.
PEC Overview: New to this year’s Passenger Experience Conference (PEC) is the Airline Breakfast Forum. This is an exclusive event for airline attendees which will kick off with an inspirational keynote speaker from Disney and will offer content that delegates would not experience at other conferences. The event is an opportunity for airline executives to network and debate with their peers about the issues most relevant to improving the passenger experience in their business and to share best practice insights. The discussion will be led by an industry-expert moderator and the key issues for the agenda will be decided in advance by a poll of the participant airlines.
This year’s PEC program features in-depth breakout sessions, focusing on a different element of the passenger experience and providing attendees a further opportunity to discuss the industry with their peers. The sessions will be split into three streams running in parallel; Generating Revenue, Comfort and Wellbeing, and The Connected Journey. The new focus of these breakout streams, reflects an increasing convergence of interest among different airline departments.
It will host more than 50 speakers from both inside and outside the industry. Speakers confirmed include; Delft University of Technology, Archetype Discoveries Worldwide, Gogo, American Airlines, Plug and Play.
Have you heard about the latest air traffic management research by Inmarsat who is provider of global mobile satellite communications? A new study by Helios and Inmarsat reveals that satellite communication has saved airlines more than US$3 billion thanks to safety and efficiency benefits. One single Air Traffic Control benefit mechanism, which allows aircraft to fly closer together safely, was responsible for savings of US$890 million alone. More importantly, satellite communication (satcom) in the cockpit has saved airlines more than US$3 billion thanks to safety and efficiency benefits, according to a study released today by Helios and Inmarsat (ISAT.L). Satcom application reference here is the use of voice and data services via satellite to communicate with aircraft outside the range of conventional ground radar and Very High Frequency (VHF) stations, such as over oceanic regions. It is typically used for air traffic control and airline operations. The inaugural study, conducted by Helios, valued the benefit of satcom to airlines between 2001 and 2016. It found that one single Air Traffic Control (ATC) benefit mechanism – reducing separation minima, which allows aircraft to fly closer together safely – was responsible for savings of US$890 million alone. Thanks to satcom, planes can now fly within 30 nautical miles of each other because of safe, reliable communication and tracking; previously aircraft were required to maintain a separation of 100 nautical miles. This allows aircraft to fly closer together and means more planes can fly in a given airspace, which is particularly beneficial over the busy skies of the North Atlantic. If an aircraft is not equipped with satellite communication capability, it must maintain the 100 nautical mile separation, and is not permitted to fly in certain areas. Increasing airspace capacity also leads to more aircraft being able to choose optimum flight levels, saving time and fuel.
The US$890 million saving is a major part of the US$1.1 billion total ATC saving identified by the study. Other benefits that satcom provides to ATC include:
- Individually-tailored flight plans that save time and fuel
- Dynamic Airborne Reroute Procedure, which allows airborne rerouting of aircraft when data indicates a more efficient route is available, for example due to a change in weather conditions
- Tailored arrivals, where arrival times are planned to allow an ideal descent route and to avoid holding patterns
- Procedures in some oceanic regions to allow aircraft to climb or descend through an altitude that is already occupied by another aircraft
A further US$1.9 billion is saved thanks to the ability of aircraft to communicate with their Airline Operations Centre (AOC). AOC applications use real-time information to help airlines improve flight safety or provide a more efficient service at a lower cost. Delay management and scheduling is improved, fleets and flight crew can be better managed, maintenance can be taken care of and turnaround time on the ground is reduced. Traditionally AOC communication is provided by the exchange of simple text messages between the pilot and the controller. As satcom bandwidth capacity increases, bringing broadband connectivity to the cockpit, there will be an explosion of IP-based AOC applications, allowing airlines to further optimize flight operations and fleet management. For example, an aircraft’s health can be constantly monitored, and any maintenance issue signaled ahead to the ground crew so parts and maintenance staff are ready as soon as the aircraft lands. Until now, most maintenance information was delivered upon landing, with potential for delaying speedy resolution of an issue.
Broadband connectivity will also help with urgent ATC demands, as our skies see ever more traffic. By 2030, there will be more passengers in the sky each year (7 billion) than there are people on the ground right now. They will fly in 40,000 aircraft, the majority of which will be connected.
Further, the Helios study looked at benefits over oceanic regions, but it also highlights how satcom can complement existing ground-to-air data communications over land too. Savings over continental regions could equal those over the oceanic regions. For example, in the congested airspace of Europe, the Iris Precursor project has been established by the European Space Agency with support from Inmarsat and other aviation companies. It uses satcom to allow precise ‘4D’ flight path control, which optimizes flight speed and descent profiles. It is designed to dramatically reduce delays, particularly around large hubs.
Also, in case you didn’t know, Inmarsat pioneered cockpit data with the launch of Classic Aero back in 1990 and is today the leading service provide with 95 per cent market share. SwiftBroadband-Safety, its new IP-based broadband platform for the flight deck, brings aircraft connectivity to new levels. Always-on, always-secure high-speed broadband in the cockpit delivers much faster communication and a host of new safety and efficiency applications.
The recent lawsuit by CoKinetic against Panasonic caught our eye and Panasonic told IFExpress: “Panasonic Avionics Corporation (“Panasonic Avionics”) vigorously disputes the allegations made in a lawsuit filed today by CoKinetic Systems Corporation in the Southern District of New York. The allegations are without merit and Panasonic Avionics intends to contest the suit. This lawsuit involves a dispute around the commercial terms of a long-standing business relationship between CoKinetic and Panasonic Avionics. The timing of this suit is suspicious. As recently as October 2016, CoKinetic issued a press release praising its 10-year relationship with Panasonic Avionics. If, as the suit alleges, Panasonic Avionics has engaged in a “decades-long” effort to damage CoKinetic’s business, why did the company make such a public statement? It is important to note that CoKinetic’s counsel in this action, Todd Higgins, is also a former CoKinetic executive himself, which suggests a personal motive for bringing this lawsuit. Panasonic Avionics will seek the immediate dismissal of the suit.”
Boeing marked a milestone today as the first 737 MAX 9 made its debut in front of thousands of Boeing employees. The 737 MAX 9 is the second member of Boeing’s industry leading 737 MAX family, with a maximum capacity of 220 passengers and a range of 3,515 nautical miles. The airplane now begins system checks, fueling and engine runs on the flight line. Once completed, the airplane will begin flight testing in the coming weeks – the final phase of verification of the operational characteristics and overall performance of a new airplane. The 737 MAX 9 is scheduled to enter service in 2018. The 737 MAX 8 is on track to deliver to customers in the second quarter of 2017. The 737 MAX family has been designed to offer customers exceptional performance, flexibility and efficiency, with lower per-seat costs and an extended range that will open up new destinations in the single-aisle market. The MAX 8 and 9 will be followed in 2019 by the smaller MAX 7 and higher capacity MAX 200, while studies and discussions continue with customers on growing the family.
The 737 MAX is the fastest-selling airplane in Boeing history, accumulating more than 3,600 orders to date from 83 customers worldwide. While the video provided on Boeing’s website is a sales pitch, it is worth the watch.
- Robot Aircraft Assembly: And speaking of Boeing, if you want to see how Boeing is using robots to assemble aircraft, you don’t want to miss this video: Boeing: Mechanic and Machine: Boeing’s Advanced Manufacturing Improves 777 Assembly
- Solid State Battery Invention may improve safety for batteries everywhere.
This week IFExpress discovered more non-IFEC related stories, and less topics covering our newsletter focus – less than usual, so for this issue we will pinpoint in on: aviation, planes, data, and whatever else our team thought you might catch your interest. With Aircraft Interiors Hamburg on the horizon you will soon get more IFEC news than you can use.
Let’s start off with Boeing’s newest jet roll-out: the B787-10 Dreamliner which is our rectangle image. Notes Boeing in their press release: The Boeing 787-10 Dreamliner, the third member of the 787 Dreamliner family, made its debut today at Boeing South Carolina. Thousands of employees at the North Charleston, S.C. site celebrated the event, along with U.S. President Donald Trump and South Carolina Governor Henry McMaster. “What’s happening here at Boeing South Carolina is a true American success story,” said Dennis Muilenburg, Boeing chairman, president and CEO. “In just a few short years, our team has transformed a greenfield site into a modern aerospace production facility that is delivering 787s to airlines all over the world and supporting thousands of U.S. jobs in the process.”
The 787-10, built exclusively at Boeing South Carolina, will now be prepared for its first flight in the coming weeks. “This airplane, the most efficient in its class, is the result of years of hard work and dedication from our Boeing teammates, suppliers and community partners in South Carolina and across the globe,” said Kevin McAllister, Boeing Commercial Airplanes president and CEO. “We know our customers, including launch customer Singapore Airlines, are going to love what the 787-10 will do for their fleets, and we can’t wait to see them fly it.” Boeing will deliver the 787-10 to airlines in 2018. The airplane has won 149 orders from nine customers across the globe. The 787-10, the longest model of the Dreamliner family, will grow the nonstop routes opened by the 787-8 and 787-9 with unprecedented efficiency. As an 18-foot (5.5-m) stretch of the 787-9, the 787-10 will deliver the 787 family’s preferred passenger experience and long range with up to 10 percent better fuel use and emissions than the competition.
Around the same time, Boeing won their employee battle with unions, as notes the Seattle Times: “After a bitter campaign, workers at Boeing’s South Carolina facility voted against joining the Machinists union, with 74 percent against. We also note that aviation analysts say the great boom in the aerospace industry is over, and predict that Boeing will have to cut jet production more.”
What part of aviation going digital don’t you understand? Well, the folks at Lufthansa Systems have a vary good answer and you might read it to see what the they view the future to hold: Everyone is talking about digitalization. Many companies are wondering how to future-proof themselves in the digital world. Lufthansa Systems turned this vision into reality a long time ago. For years, the aviation IT specialist has been advising and supporting airlines in their digital transformation, demonstrating what sustainable airline processes can look like and helping customers implement concrete projects.
“The core of our company strategy is to put airlines in a perfect position for the digital future. For example, we have spent over 15 years helping airlines work toward a paperless flight deck,” said Olivier Krüger, CEO of Lufthansa Systems. “We are offering new solutions and expanding our consulting unit in response to growing demand in the market. In keeping with this, we are continually enhancing our digital expertise so we can develop innovative solutions for the entire cosmos of an airline and its passengers – with data analytics, personalization, mobility and new developments such as eye tracking and dynamic navigation maps.”
The spectrum includes solutions and consulting services for improving the efficiency and differentiation of all aspects of an airline as well as for optimizing the entire travel chain for passengers.
Personalized Air Travel Services: Personalized solutions aim to enhance the passenger travel experience. New digital and individual services and apps, which can be used before, during and after a flight, ensure that passengers are addressed directly and personally. BoardConnect is one example. This digital platform enables passengers to access wireless inflight entertainment on their own smartphones and tablets, while offering additional functionalities for flight deck and cabin crews – with or without an Internet connection. The new inTime app is another example. It calculates how much time passengers will need to reach their gate punctually from their current location. Both the traffic situation outside the airport and the waiting times at check-in and security are taken into account here. The timings are based on (anonymized) data from real passengers, so the app gets more intelligent over time.
Dynamic Distribution Management: Dynamic distribution management makes it possible for airlines to increase their revenues by offering ticket and service packages directly to travelers. The New Distribution Capability (NDC) standard of the International Air Transport Association (IATA) is promoting this development and significantly affecting the distribution structures of airlines. Together with partners, Lufthansa Systems provides solutions for the entire NDC process, including offer and order management, dynamic pricing, and billing with the Sirax/RA revenue accounting solution. Airlines benefit from improved customer loyalty through more individualized offers, with lower distribution costs and higher revenues.
Safe & Efficient Flight Operations: Optimization and efficiency in all aspects of flight operations are the crucial aspects here. Simplified processes, improved routes, reduced fuel consumption and shorter handling times (including for crews and maintenance work) not only generate considerable savings potential, they also increase flight safety. For example, the digital navigation maps of the Lido/Navigation product line are becoming more and more dynamic. In the near future, they will be able to seamlessly display all flight processes from gate to gate. With an on-board Internet connection, additional smart functions in the maps can show information that is relevant to specific situations during a flight. This increases the pilots’ situational awareness.
Reliable Air Travel Experience: New developments in the field of flight operations revolve around passengers and their positive travel experience. If disruptions or delays do occur, these solutions aim to minimize the negative effects on passengers and communicate changes in a transparent way. This is essential to an airline’s success. The successful NetLine/Ops ++ operations control solution helps here with its innovative eye-tracking feature. Employees in an operations control center sometimes have to monitor six screens showing current flights and information about potential disturbances. Analyzing the eye movements of operations controllers with the help of eye-tracking technology ensures that no important warnings or disruption notifications are overlooked.
“In light of the growing importance of digital solutions in the aviation industry – including in the areas of data sharing, analytics and prediction – we founded a company last year called zeroG,” said Lufthansa Systems CEO Stefan Auerbach. “zeroG is a consulting firm with the character of a start-up which can respond quickly and flexibly to changes in the market. With their expertise in IT and aviation, our zeroG consultants support digitalization projects inside and outside of the Lufthansa Group.” The attached infographic provides an overview of current digitalization projects and innovative solutions at LHS.
Moving on to satcom, Tim Farrar of TMF Associates put out an interesting IFE comment in his latest Blog: “But the biggest news appears to be a pull back on SES’s part from the long rumored global Ka-band GEO system that I noted last summer. SES announced only a single satellite (SES-17) for the Americas in partnership with Thales last September, but had plans for two additional satellites, and it seemed increasingly likely that a partnership with EchoStar would be announced soon to fund this development. Now it seems that effort is on hold, leaving EchoStar without an obvious way forward to achieving global coverage (as it seems EchoStar considered but rejected the idea of buying Inmarsat last fall).” There is more here
And speaking of satcom, we wondered about the ongoing effect of cosmic rays on inside electronics – especially at 20,000 feet where the ray density is higher than on the earth, and planes fly, and you use your phones and other electronics – Computerworld notes: “Cosmic rays — or rather the electrically charged particles they generate — may be your real foe.” Researchers have discovered that a specific type of cosmic ray call a single-event upset (SEU) can jolt and alter individual bits of data on computer chips. (Quick note: SEUs are harmless to organic life.) “An SEU was also blamed for an electronic voting error in Schaerbeekm, Belgium, back in 2003,” Computerworld says. “A bit flip in the electronic voting machine added 4,096 extra votes to one candidate. The issue was noticed only because the machine gave the candidate more votes than were possible.” Bharat Bhuva, a member of Vanderbilt University’s Radiation Effects Research Group, says it’s “a really big problem, but- mostly invisible to the public.” The Radiation Effects Research Group was founded in 1987 to study what effect radiation could have on electronic devices. While the body of researchers “initially focused on military and space applications,” it has expanded its research into consumer devices in the past decade. “Despite some serious examples, SEUs are still fairly rare events. But as the number of transistors being used in new electronic systems increases, so does the probability of an SEU failure on the device level.”
Glance Prongay & Murray LLP announces an investigation on behalf of Global Eagle Entertainment Inc. (“Global Eagle” or the “Company”) (NASDAQ: ENT) investors concerning the Company and its officers’ possible violations of federal securities laws. The Company further disclosed that it would be unable to timely file its 2016 annual report, and that it would need to withdraw its guidance for 2016 financial performance. Global Eagle (stock) has fallen over 29% per share during intraday trading on February 21, 2017.
Additionally, GEE announced that its Board of Directors has appointed Jeff Leddy as Chief Executive Officer, effective immediately. Mr. Leddy has served on the Company’s Board of Directors since January 2013 and will continue as a Director. GEE further stated that Dave Davis, the Company’s CEO, and Tom Severson, the Company’s CFO, had both resigned effective immediately.
North Charleston, SC | January 27, 2017– Approximately 2,850 employees at Boeing’s 787 Dreamliner facilities in North Charleston, SC will vote on February 15, 2017 on whether to be represented by the International Association of Machinists and Aerospace Workers (IAM).
South Carolina #Boeing workers to vote Feb. 15 on whether to join @MachinistsUnion
The IAM and the Boeing Co. came to an agreement on the date and time of an election today, January 27.
“It’s a great day for Boeing South Carolina employees and the entire Charleston community,” said IAM Lead Organizer Mike Evans. “On February 15, they’ll have the opportunity to have a democratic vote on their future. A ‘union yes’ vote will mean a higher standard of living for Boeing South Carolina employees and more money in the local economy.
“The workers here have already been up against a flurry of intimidation tactics from the company and an anti-union law firm. We urge Boeing to change course and do what they’ve stated publicly—‘take the high road’—and allow for an election free of threats and the deliberate spread of misinformation. Boeing workers will vote on February 15, and we hope to welcome them to the IAM family then.”
The IAM is the U.S.’s largest aerospace union, representing approximately 600,000 members at the likes of Lockheed Martin, General Electric and United Technologies. The IAM represents more than 35,000 Boeing employees at 24 locations nationwide. For more information about the campaign visit BoeingWorkers.com.
London, UK | January 17, 2017– Technavio’s latest report on the global aircraft vertical stabilizers market provides an analysis of the most important trends expected to impact the market outlook from 2017-2021. Technavio defines an emerging trend as a factor that has the potential to significantly impact the market and contribute to its growth or decline.
Market size of aircraft vertical stabilizers is expected to reach USD 735.5 million by 2021,
The market size of aircraft vertical stabilizers is expected to reach USD 735.5 million by 2021, with APAC occupying a majority of the market share of over 43%. The APAC region will also be responsible for the maximum incremental growth during the forecast period.
The major drivers for the growth in APAC are due to increase in passenger traffic and airline numbers. This will call for the procurement of an increased number of aircraft and their control systems like actuators, ailerons, and stabilizers. With commercial aircraft number expected to almost triple in the next two decades, there will be a steady income to the vertical stabilizers market from the region.
Request a sample report: http://www.technavio.com/request-a-sample?report=55769
Technavio’s sample reports are free of charge and contain multiple sections of the report including the market size and forecast, drivers, challenges, trends, and more.
The top three emerging trends driving the global aircraft vertical stabilizers market according to Technavio aerospace and defense research analysts are:
- Adoption of cutting-edge actuators
- Development of next-generation flight control systems
- Fly-by-wire aircraft technology
- Adoption of cutting-edge actuators
“Actuation systems are the main drivetrain to the flight control systems, and offer increased efficiency, easy installation, malleability, self-monitoring properties, and decreased fuel consumption in aircraft. Therefore, most airplanes are adopting cutting-edge electrical actuator systems that are extremely reliable, cost-efficient, and easy to procure,” says Avimanyu Basu, one of the lead analysts at Technavio for aerospace research.
Some of the key advantages of advanced actuators are the enhanced aircraft performance regarding stabilization and control, flight at high angles of attack, protection against automatic stall and spinning, and gust alleviation. The entire range of Airbus A380 and Gulfstream G650 aircraft features hydraulic actuators, whereas the Boeing 787 aircraft implements electric actuators and electro-mechanical actuators for secondary flight control systems.
Development of next-generation flight control systems
As flight control systems evolve, their performance also improves. For instance, the traditional flight control systems are being replaced by the rudder-by-wire flight control system, which offers enhanced safety and passenger comfort. This technology has been widely being adopted by many North American business jet original equipment manufacturers, such as Gulfstream and Bombardier.
Another significant development is the Smart Electronic Control Units (SECUs) by Thales, which improves flight stability, smoothens flight trim, and enhances plane aircraft control. The system improves the flying experience by making the cruise smoother and providing an extended optimum performance, thus pushing for its increased adoption.
Fly-by-wire aircraft technology
“With the advent of fly-by-wire technology, the aircraft flight control has been automated. This technology allows a pilot’s commands to be transmitted electronically. This system has significantly reduced aircraft weight and complexity of aircraft manual controls, reflecting in a better fuel efficiency,” says Avimanyu.
The fly-by-wire technology has proved to enhance aircraft operation, and turbulent conditions can be dealt with more easily, decreasing component fatigue and providing passenger convenience. This technology fulfills all the regulations set by the Federal Aviation Administration (FAA) and other regulatory authorities, leading to its large market penetration. The fly-by-wire technology has been widely adopted by aircraft manufacturers such as Airbus and Boeing.
- Deal includes 100 additional 737 MAX 8s; 50 purchase rights
- All-Boeing jet operator continues to grow fleet with more 737 MAXs
- Largest order in low-cost carrier’s history
New Delhi, India | January 13, 2017– Boeing [NYSE: BA] and SpiceJet announced today a commitment for up to 205 airplanes during an event in New Delhi.
Booked at the end of 2016, the announcement includes 100 new 737 MAX 8s, SpiceJet’s current order for 42 MAXs, 13 additional 737 MAXs which were previously attributed to an unidentified customer on Boeing’s Orders & Deliveries website, as well as purchase rights for 50 additional airplanes.
“The Boeing 737 class of aircraft has been the backbone of our fleet since SpiceJet began, with its high reliability, low operation economies and comfort,” said Ajay Singh, Chairman and Managing Director, SpiceJet. “With the next generation of 737 and the 737 MAX we are sure that we can be competitive and grow profitably.”
SpiceJet, all-Boeing jet operator, placed its first order with Boeing in 2005 for Next-Generation (NG) 737s and currently operates 32 737 NGs in its fleet.
“We are honored to build upon more than a decade of partnership with SpiceJet with their commitment of up to 205 airplanes,” said Ray Conner, Vice Chairman, The Boeing Company. “The economics of the 737 MAXs will allow SpiceJet to profitably open new markets, expand connectively within India and beyond, and offer their customers a superior passenger experience.”
The 737 MAX incorporates the latest technology CFM International LEAP-1B engines, Advanced Technology winglets and other improvements to deliver the highest efficiency, reliability and passenger comfort in the single-aisle market.
The new airplane will deliver 20 percent lower fuel use than the first Next-Generation 737s and the lowest operating costs in its class – 8 percent per seat less than its nearest competitor.
We started the first installment of our 2016’s predictions review in last week’s issue, so here is Part 2, or the wrap-up, from last year’s crystal ball – you can see how we did:
While last year we wrote about the future of beacon technology to be used in airports and on baggage, the market did not grow as quickly as we anticipated and this was due to a lot of factors. The following quote from tnooz sums it up pretty well: “As airports still search for use cases with value, and there is no generally accepted platform for this technology and its applications, the adoption is consequently slow.” Standards are the issue but we are happy to report some airlines are evaluating the technology.
Here is what we wrote last January:
“We have shown a number of beacon devices in pictures from the IFE trade shows but basically we are talking about mobile location, mobile intelligence or mobile sales communication devices. These are small battery free or line powered devices that communicate with your device over Bluetooth (4.1) and Wi-Fi. The folks at SITA have been developing a lot of airport related solutions and it remains to be seen when they will come aboard planes. Developed at Apple, the iBeacon Registry is their effort to get this technology started in airports and here are their services: It allows beacon owners (airlines, airports or 3rd parties) to manage their beacon infrastructure and track where they are placed in an airport. The technology enables airports to monitor beacon deployment to prevent radio interference with existing Wi-Fi access points. It provides beacons owners with a simple mechanism to set the ‘meta-data’ associated with beacons. Also, it has an API for app developers who want to use these beacons for developing travel and other related apps.”
Notes SITA: ‘The aims of the registry are to promote the use of beacons in the Air Transport Industry and reduce the cost and complexity of deployment. This can be achieved with the following design goals:
- Promote shared beacon infrastructure to reduce cost and complexity of deployment.
- Introduce standard beacon types and data definition to encourage reuse.
- Provide a simple to use API to discover beacons and get meta-data about beacons.
- Provide tools to airport operators and beacon owners to visualize and track beacons.
- Be vendor agnostic – the service should work with beacons from any vendor.”
While airport beacon technology has not taken off as well as we expected we provide this current list of the technology and its’ applications, and the further use of wireless devices used to find things.
- SAMSONITE – TRACK&GO | Accent Systems
- 10 Airports Using Beacons to Take Passenger Experience to the Next Level | Beaconstac
- Tracking Beacons In Samsonite Bags To Help You Find Lost Luggage Using A Smartphone App : TECH : Tech Times
- Why airports are slow to install beacons – Tnooz
- Airlines And Airports Commit To Beacon Technology
- Lost luggage less likely with new tracking systems – Elliott
“This topic is massive and we will cover it for many times and years to come but we wanted to share one thought from an online article we read – ‘People were reported to be ‘almost universally’ the biggest weakness in information security, ahead of technology and processes..” We note, of the respondents that reported to have an insider threat or policy, 70% offer employee training to minimize risk it said “The company employs intelligence teams that study different aspects of communications, user activity, social media, suspicious activity and other details,” said one respondent. “We’re seeing a lot more hands-on training, employee monitoring, and testing to address the issue,” said Ari Kaplan, security researcher. In fact, this human focused trend will be the number one item at this year’s CES in Las Vegas, the show of new gimmick things, one venue stood out: “#1 Say Goodbye to Cool, Hello to Security and Safety. At CES we have come to expect the latest new shiny gadgets but this is the beginning of change. The world is changing and aviation will be focused on this subject this year. Just consider how many folks touch technology that plugs into planes!”
If anything, we underestimated how big this subject was to become in our aviation lifestyle. The folks at Transparency Market Research noted that the total commercial aviation market is predicted to climb to $29.3 Billion by 2021 from $25.3 B in 2016 – roughly half of the market will be Avionics retrofits, but they note: “The use of modern commercial avionics systems also makes aviation vehicles more susceptible to online hacks.” Thus, our interest in security.
Another perfect example of interest growth is the increase in security related web links we save in our browser. In the beginning of 2016 we had 9 links identified – today we have 64. While we can’t begin to identify the many stories related to security failings at airports and from airlines and aviation hackers last year, this subject will get bigger and bigger – with a possible unacceptable number in 2017 – some possibly being potential horror stories.
C) Virtual Reality:
We noted VR last year: “Don’t get too excited about virtual reality for aircraft applications. In fact, here is the view from Rick Merritt in EE Times who seems to agree: “Some people will claim virtual and augmented reality will be the next big thing in the run up to the debut of a handful of major platforms in the spring. But by fall the heat will start to fade as consumers, chilled by their high price tags and underwhelming performance, give a pass on them as gifts for Xmas 2016.”Some airlines have been flirting with the concept of VR for a number of years and have even featured the technology in their airline lounges, but we believe this technology has a long way to go before it can migrate successfully to the airborne environment, especially if motion sickness is taken into consideration.”
It also begins to look like augmented reality might have a better inflight usage and acceptance this year. As an example the airline might transmit data to augmented devices to place information on glasses or phones like location, airspeed, whatever. However, The industrial market for augmented reality, and the logistics and manufacturing AR markets in particular, will soar by more than 400% in 2017, according to a forecast by ABI Research but it is hard to see IFEC applications, at least in lower classes, except those brought aboard by passengers.
Lastly, we noted in Other last year: “We probably don’t need to say it but Economy Class will get more crowded, competition will drop air fares as competition ‘crams’ up – possibly a new ‘mini or micro’ class, there should be more mergers as more airlines take on the Delta World concept, deals and freebies will exist for the frequent fliers while the rest of the travelers will pretty much just exist inflight (if that’s possible) you will need better pre-boarding ID, Airbnb and Uber concepts will tempt a new US airline concept but the idea will be killed (this is a tough one in the US), and in the end VR may be needed after all to blunt the reality of coach or class.”
We think we did pretty well last year and next week we will do a little predicting again and you will see what predictions our reader have too!
Boeing delivered 748 aircraft in 2016 (490 737s; nine 747s; 13 767s; 99 777s; 137 787s) vs a record of 762 in 2015 (495 737s; 18 747s; 16 767s; 98 777s; 135 787s).
Boeing booked orders for 848 aircraft in 2016 (701 737s, 18 747s, 26 767s, 23 777s; 80 787s) vs 878 in 2015 (666 737s; six 747s; 49 767s; 58 777s; 99 787s), net orders totaled 668 in 2016.
Boeing ended 2016 with a backlog of 5,715 aircraft (4,452 737s; 28 747s; 93 767s; 442 777s; 700 787s), down from 5,795 in 2015 (4,392 737s; 20 747s; 80 767s; 524 777s; 779 787s) – 550 737, 17 B747, 26 767, 17 777, and 58 787.
Technically, Boeing fell 80 planes short of their goal in 2016 – their lowest year orders since 2010 – and plane sales just may slow down in 2017 as well. However, Boeing does have a total of 5,715 jets on order.
Editor’s Note: Airbus is expected to announce the delivery of up to 688 planes, according to industry rumors, as their announcement is expected January 11th. If they announce 259 orders in Dec they could beat Boeing’s 668. Expect some surprises!
Rockwell Collins has acquired Pulse.Aero Limited, a UK-based company specializing in self-service bag drop solutions and airline applications, to enhance the company’s passenger processing services for airports and airlines. This acquisition further expands Rockwell Collins’ Information Management Services strategy to enable the connected aviation ecosystem.“As passengers seek to take more control of their travel experience, this acquisition expands our portfolio of self-service passenger processing solutions, enabling us to streamline and simplify the passenger journey through a fully connected airport,” said Dave Nieuwsma, senior vice president, Information Management Services for Rockwell Collins. Pulse.Aero’s products and services will be integrated into the Airport Systems portfolio of Rockwell Collins’ Information Management Services business. Rockwell Collins and Pulse. Aero have worked together on several successful deployments, including Dublin Airport, where new self-bag drop units were installed, reducing queue times and improving customer service.
Valour Consultancy Study:
A new paid study is available from Valour, but here is what they say about it: “The connected aircraft represents a paradigm shift for airlines and many are now in the early stages of deploying various applications. Several have begun to embrace staged increases in electronic flight bag (EFB) capabilities often starting with one or two apps that they can later build upon, according to a new study from UK-based market intelligence firm, Valour Consultancy. The report – “How the Connected Aircraft fits into the Internet of Things” – thoroughly details the raft of connected aircraft applications airlines are exploring in the hope of realizing considerable cost savings and/or ancillary revenue gains. It finds that the benefits of eTechlog, eCabin Logbook and enhanced flight operational quality assurance (FOQA) programs using quick access recorder (QAR) data are becoming better understood, while aircraft health monitoring solutions are being enriched by the infusion of increased data flows from previously disparate sub-systems and other information sources on and off the aircraft. Though certain airlines are further along in their connected aircraft strategy than others, there are many challenges to be overcome, says report author, Craig Foster. “Suppliers have invested millions in developing differentiated offerings and this lack of standards has resulted in concern and confusion about investing in the wrong technology. Second, there exists little in the way of tangible metrics that show how quickly a return on investment (ROI) may be achieved from connected aircraft applications. Third, there is a perception that the act of harnessing vast amounts of data results in magical value with some undoubtedly having overstated the reality of what is possible”. Download the whole story about the study in the link above or you can contact Craig for more information at: firstname.lastname@example.org
Korean low-cost carrier continues growth plans with all-Boeing fleet
Seattle, Washington | January 10, 2017– Boeing [NYSE: BA] and Jeju Air announced an order today for three Next-Generation 737-800s.
The order, valued at nearly $300 million at current list prices, will become the airline’s first direct-purchased airplanes from Boeing and fuel the airline’s continued expansion within Asia’s rapidly growing air travel market. The order was previously attributed to an unidentified customer on Boeing’s Orders & Deliveries website.
“This acquisition is a major step in our growth strategy,” said Ken Choi, Chief Executive Officer, Jeju Air. “We fully understand the benefits of owning and operating airplanes, which is what drove our decision to purchase these airplanes. We are confident that this order will enable Jeju Air to further strengthen our position as a leading low-cost carrier in Northeast Asia.
“In addition, the 737 forms the backbone of our fleet and it has been a reliable work-horse for our airline over the past decade,” said Choi. “We look forward to introducing these brand new airplanes into our fleet in the near future.”
The carrier currently operates an all-Boeing fleet of 26 Next-Generation 737-800s.
“We are honored to partner with Jeju Air as they continue to strengthen their presence in the competitive Northeast Asian market,” said Ihssane Mounir, senior vice president, Global Sales and Marketing, Boeing Commercial Airplanes. “This order is a testament of the market-leading efficiency, reliability and passenger comfort of the 737. We look forward to introducing additional 737s to Jeju Air’s expanding fleet.”
Jeju Air, based in South Korea was established as Korea’s first low-cost carrier in 2005 and launched operations in 2006. The carrier currently serves 40 domestic and international routes with approximately 150 daily flights.
The 737-800 is the best-selling version of the highly successful Next-Generation 737 family, which is the world’s most popular airplane. Jeju Air’s new 737 will feature the Boeing Sky Interior, the 787 Dreamliner inspired cabin, providing passengers a greater sense of spaciousness with decorative sculpted sidewalls, larger window reveals, LED mood lighting and larger pivot overhead stowage bins.
Seattle, WA | January 4, 2017–
Boeing (NYSE: BA) and GE Capital Aviation Services (GECAS), the commercial aircraft leasing and financing arm of General Electric (NYSE: GE), announced today an order for 75 737 MAX 8 airplanes.
The order, booked in December, is valued at $8.25 billion at current list prices. The follow-on order increases the GECAS firm order book for the 737 MAX to 170 airplanes, the largest of any aircraft leasing company.
“These new orders will enable GECAS to serve our clients’ needs — assisting in managing their fleets, transitioning aircraft and providing new equipment,” said Alec Burger, President and Chief Executive Officer, GECAS. “Our customers want the latest technology and fuel efficiency, and the CFM International LEAP-1B engines on these aircraft deliver outstanding productivity and reliability in the single-aisle market.”
“When it comes to demand, this order shows the MAX 8 remains at the heart of the single-aisle market,” said Brad McMullen, vice president, North America and Leasing Sales, Boeing Commercial Airplanes. “We appreciate the confidence GECAS has in the 737 MAX, and look forward to seeing the airplanes placed with carriers all over the world.”
To date, the 737 MAX has accumulated 3,419 orders, making it the fastest-selling airplane in Boeing history.
News From Thales:
IFExpress came away from our time at the Thales Booth in Singapore with a number of highlights that are outlined below:
1) First, in September of this year Thales announced their relationship with SES to provide a dedicated connectivity service over the Americas that will be optimized for the commercial aviation industry. The relationship with satellite operator SES will offer high throughput satellite connectivity in the Ka-band. Two of the satellites are already in orbit and the service will be launched in mid-2017. The third satellite in the network, manufactured by Thales Alenia Space, is targeted to launch in 2020. What is the benefit of all this? Thales states that the satellites are purpose built for aviation and are directed to cover where the majority of aircraft routes fly, which are much different than residential home coverage. In the interim, Thales has access to some of SES’s current transponder space. The service from Thales is dubbed FlytLIVE. Noted Thales, “To meet the needs of a growing market, SES will procure a new satellite specifically designed for the needs of FlytLIVE and manufactured by Thales Alenia Space to be launched in 2020. The satellite’s architecture is based on Thales Alenia Space’s all-electric version of the Spacebus NEO platform, the highest performing satellite in the global connectivity market.” FlytLIVE will be a full end-to-end solution that will include a modular antenna, multi-frequency radome, in-cabin Wi-Fi and portal platform. It will also provide bandwidth and session management, operational support tools, line maintenance, content delivery and turnkey service and support.
The company went on to say, “Thales InFlyt Experience, Thales Alenia Space and SES specifically developed the network and satellite architecture for the unique connectivity requirements of commercial aviation customers resulting in better services, more efficient operations and cost savings. SES will operate the satellites and the ground network. The services will be ready for airline and passenger use by summer of 2017 and will be provided by two satellites that are currently in-orbit. The third satellite in the network to be launched, SES-17, will be optimized for the fast-moving aviation and mobility market over the Americas. It will provide new Ka-HTS bandwidth over this region to meet the current and future speed, coverage and quality expectations of crowded skies and increasing passenger service demands as regional airline passenger traffic is forecasted to nearly double by 2030.”
We understand that the satellite will have some 200 spot beams of various sizes, allowing for flexible allocation over high-traffic airline routes assuring the most efficient delivery of Internet, real-time content delivery and live television. They went on to say that SES-17 will cover the Americas (North, South, and Central), Caribbean and Atlantic Ocean. IFExpress believes their goal will be to build a network that provides higher data rate broadband connections and improves coverage while keeping capacity and quality.
2) During APEX Singapore Thales and Emirates announced that the AVANT inflight entertainment system was selected for the airline’s future fleet of 150 777X jetliners. Here are the highlights of the deal: a) Thales plans to establish an innovation center, Discovery Dubai, and maintenance station in Dubai that will be managed by Thales. b) Thales will be the first to equip its inflight entertainment systems on the 777X aircraft platform. Deliveries are to commence in 2020.
The press release notes: “Thales is committed to using its strengths in technological innovation, communications, big data management and cyber security to enhance Emirates inflight experience leadership position. The airline’s award winning inflight entertainment system, ice is an industry leader in passenger experience, and Thales’s partnership with Emirates will focus on helping the airline drive the highest standards of innovation for ice, from in-seat entertainment to wireless cabin connectivity.”
3) During our interview with Duc HuyTran, Vice President, Marketing and Strategy for Thales InFlyt Experience, he stated that there are 3 pillars to Thales IFEC: connectivity, IFE, and their InFlytCloud service offering. “The combination of our state-of-the-art AVANT inflight entertainment solution, connectivity offerings and InFlytCloud platform are driving new innovations in passenger engagement,” said Tran during the meeting. “Thales is a solutions provider and we are working closely with airlines to build these customized solutions around their fleets, routes and passengers.” Throughout our interview, it was clear to IFExpress that Thales is customer driven at all levels of the organization.
One of the three pillars is the new InFlytCloud service. InFlytCloud is a platform that allows airlines to manage their operations and passenger experience related data via the InFlyt Experience Application Portal. The key here is data, something which the vendors need to provide and the airlines need to understand and use. In the past we have referred to this industry changing feature as ‘Big Data’. Tracy DeCuir, Vice President of Business Infrastructure and Services said, “One key feature of InFlytCloud is that the data is customizable by the user, not just the airline. With this feature the user can deep-dive in on any platform. More importantly, the data is accessible in real-time.” We should also note that the system is scalable, flexible, and brandable by both the OEM and airline. The reader should note that this is another instance of an IFE vendor who realizes the value of Big Data.
First, we want to introduce Gary DiLeo, BOSE’s IFEC Sale Representative, and welcome him to the industry. Gary is the new Hratch Astarjian who is now involved with “…sales, business development, marketing and service functions globally.”
Next, we have to tell our readers about something just short of amazing. OK, make that AMAZING. The BOSE QuietComfort QC35 Bluetooth Wireless Headphones are the best headphones we have ever tested! Here is what BOSE says: “Our other wireless headphones are the SoundSport Wireless Headphones (a Bluetooth, in-ear audio headphone), the SoundSport Pulse (similar to the SoundSport, but it also incorporates heart rate sensors, for people who workout), the QuietControl 30 Wireless Headphone (in-ear noise cancelling – like the QC20, but wireless. It allows you to increase or reduce the amount of noise reduction you get depending on your environment and preference). You can see all of these on our website.”
But we want to concentrate here on the BOSE QC35 – and we need to set up our readers, especially those who have used wired BOSE headphones in the past. You probably noted a couple things – BOSE headsets are the best sounding over-the-head earphones you can buy, because they deliver incredible bass notes, crystal clear highs, and if you have noise cancellation, they have virtually no background/outside noise. This has been progressively true with every model we have used over the last 10 years. The QC35’s offer something else with the aforementioned audio quality – they offer a few things more than great sound – no wires, and smart technology. But hold on – the BOSE QC35’s are also like no headphone you ever have used. Besides no wires, they are ‘smart’ and communicate to you in one of 11 languages (your choice) and represent the next generation in wireless audio headphone entertainment – all via the BOSE Connect app. We were expecting a good set of headphones with no wires, but instead it turned out to be fabulous set of headphones, with no wires and with ‘smart technology’ THAT TALKS TO YOU! Further, the built in voice prompt tells you what’s going on, and on my Apple hardware, it tells me what device I am connecting and connected to. This has value when you are streaming around more than one Bt device.
From an audio point of view, the audio is incredibly clean, pure, and very rich. The bass is most impressive (And yes, you can hear the base drum kick in Robert Palmer’s “Addicted to Love”…). Noise cancellation is splendid – no background SHHHhhhhh when the music is off. Move your head while the music is playing and no change, no phase shift, nothing – just the music. You’ve got your own controls on the headphones – volume up, volume down, power off/on/connect. A light tells you power on/battery-low and a blue light indicates Bluetooth searching. A white light (in the blue light lens) tells you that you are on hold for a call. When a call does come in if you are listening to the music on your phone, for example, it automatically switches the music on hold till the call ends.
Of course you have your standard controls on the headphones: volume up, volume down, power off/on/connect. We note that there is a light indicates power on/battery low and a blue light for Bluetooth searching. And when using them with a phone, the smart technology from the BOSE Connect app kicks in – just dial or answer the phone for a music fade down. When your call is done, Miss BOSE says, “Call ended” and delivers your music where the song was cut off. While they will work with your Bt phones, Bt iPods, Bt computers without the BOSE Connect app, we loaded the app on an Apple 5S and WOW it allowed us to name the headset, control volume, monitor the headphone dc power level, told us that the Bt was on, kept track of the past connections, on/off timer, voice prompt control, 11 languages, and touch NFC (touch and it connects via BT). It also features product details and a user manual in the app – nice touch. Move your head while the music is playing and there is no audio change, nothing – just the music. As for range – we tried 60 feet and around a corner and down a set of stairs with no degradation – absolutely none.
Lastly, we have to say they are not cheap – QC35 $349 – but since they are the best, they are worth every penny. When you buy these for a gift, you are not just giving a gift – You are delivering an EXPERIENCE. If you are going to test them in a store, load the BOSE Connect app first (its free), then plan to test the full EXPERIENCE, in the store. You won’t be disappointed. (Editor’s Note: As we noted above, from a range point of view, we don’t see why they won’t work on a plane. In fact, your audio source could be stored in your carry-on since you can control your audio entertainment from your seat without wires.)
A Late Discovery: If you think your playing device needs Bluetooth for the QC35s to work, guess again. As we were going to press we discovered that Bose provides a stereo cable that plugs into the headset and connects to your PED so that you can use them with non-Bluetooth equipped players. Cleverly, the end that plugs into the PED is thin enough to fit in it when you have a case or an external battery on it!
This year, Boeing was building 777s at a rate of 8.3 per month or 100 per year. The company then announced a cut to 7 jets per month, starting this month. They just announced that they don’t have enough orders to maintain the current 777 widebody jet program production rate of 7 airplanes per month and will cut production in Everett to 5 airplanes per month beginning in August. (B777x where are you?)
- $16 billion milestone agreement includes widebody, single-aisle aircraft
- Contract reached within terms of U.S. Government license
- New orders will support nearly 100,000 U.S. jobs
Seattle, WA | December 11, 2016– Boeing [NYSE: BA] and Iran Air announced an agreement today for 80 aircraft that includes 50 737 MAX 8s, 15 777-300ERs and 15 777-9s, valued at $16.6 billion at list prices.
Based on its Memorandum of Agreement (MOA) with Iran Air announced in June, the contract was reached within the terms of the U.S. Government license issued to Boeing in September.
Boeing coordinated closely with the U.S. Government throughout the process leading up to the sale and continues to follow all license requirements as it moves forward to implement the sales agreement.
Today’s agreement will support tens of thousands of U.S. jobs directly associated with production and delivery of the 777-300ERs and nearly 100,000 U.S. jobs in the U.S. aerospace value stream for the full course of deliveries. The first airplanes under this agreement are scheduled for delivery in 2018.
Boeing and its more than 13,600 U.S. supplier and vendor partners across all 50 states are proud to ensure America continues to lead in global aerospace and to create jobs and opportunities in communities across the nation. Boeing’s U.S. supply chain currently supports more than 1.5 million U.S. jobs.
The 737 MAX incorporates the latest technology CFM International LEAP-1B engines, Advanced Technology winglets and other improvements to deliver the highest efficiency, reliability and passenger comfort in the single-aisle market. The 737 MAX will be 14 percent more fuel efficient than today’s most efficient Next-Generation 737s. The first 737 MAX is scheduled to enter service in 2017.
The 777-300ER is the most fuel and cost-efficient airplane in its class as well as the most reliable twin-aisle aircraft in the world. It also has the highest cargo capacity of any passenger airplane. To date customers worldwide have ordered more than 800 777-300ERs.
The 777X builds on the passenger-preferred and market-leading 777, as well as offering more market coverage and revenue capability than the competition. The 777X will include new engines, an all-new composite wing and will leverage technologies from the 787 Dreamliner. The first 777X is scheduled to enter service in 2020.
The order will be posted on Boeing’s Orders & Deliveries website as contingencies are cleared.
- First test airplane enters its next phase of production
North Charleston, SC | December 8, 2016– Dec. 8, 2016 /PRNewswire/ — Boeing [NYSE: BA] teammates in North Charleston, S.C., started final assembly of the first 787-10 Dreamliner, marking yet another on-time milestone for the development program.
The first 787-10 will cycle through Boeing South Carolina’s Final Assembly facility as all major sections are joined, interior and exterior components completed, power turned on and production tests begin.
“As we enter the next phase of the 787-10’s development, we eagerly watch our first airplane come to life,” said Ken Sanger, vice president and general manager, 787 Airplane Development, Boeing Commercial Airplanes. “This is the result of years of preparation and solid performance by our Boeing teammates and supplier partners. This achievement is another example that demonstrates Boeing’s ability to develop great airplanes in a disciplined fashion in order to meet our customer commitments.”
The first 787-10 is expected to fly in 2017 and first delivery is scheduled for 2018.
The 787-10 is the third member of the super-efficient, passenger-pleasing 787 Dreamliner family. As a stretch of the 787-9, the 787-10 will retain 95 percent commonality while adding seats and cargo capacity, setting a new benchmark for fuel efficiency and operating economics – 25 percent better fuel per seat and emissions than the airplanes it will replace.
To date, Boeing has received 154 787-10 orders from nine customers.
- Largest-ever passenger jet window available on new BBJs, retrofit on existing BBJs
Dubai, UAE | December 6, 2016– Boeing [NYSE:BA] Business Jets announced today it will work with GKN Aerospace’s Fokker business to develop, produce, offer and support the Skyview Panoramic Window, the largest window available on any passenger jet offered today.
The window will be available as a feature on the BBJ, BBJ 2, and all three members of the BBJ MAX family – including the new BBJ MAX 7 – with scheduled entry-into-service in 2018.
“We are thrilled to formally confirm our partnership with GKN Aerospace’s Fokker business for the development of this fantastic feature on the BBJ, the largest airplane window available in the market,” said Boeing Business Jets President David Longridge.
The Skyview Panoramic Window, measuring approximately 4.5 feet by 1.5 foot (1.4 x 0.5 m), is created by effectively joining three existing 737 windows together. Situated aft of the wing with multiple potential locations based on the airplane type, it offers customers an unparalleled perspective of the world.
“We are proud to announce the next step for the Skyview Panoramic window together with Boeing Business Jets,” said Peter Somers, President of GKN’s Fokker Services business. “The innovative technology applied in the largest window in the market, enhances passenger comfort and is now also available for BBJ MAX airplanes.”
The window will be available through GKN Aerospace’s Fokker business as a retrofit on existing BBJs, and through Boeing Business Jets as a priced feature. It will be delivered on BBJ MAX airplanes starting in 2018.
This week’s Zodiac Inflight Innovations (Zii) rectangle should give you an idea of the relative growth of RAVE AVOD customers over the past year or so. RAVE’s sales and marketing Guru, Harry Gray told IFExpress at APEX: “It has been a good year. In the last ninety days, we have acquired six new RAVE customers.” It should be noted, that RAVE has over 250 aircraft flying with inseat systems and almost 300 with RAVE wireless systems. Some of the new customers are prominent and market leading airlines. A recent press release from Singapore noted: “ – four new A350 customers, 150 committed B737Max aircraft, their first A380 customer as well as over 200 Global Express Connectivity equipped aircraft committed with the first installation scheduled early in 2017. Zodiac Inflight Innovations is quietly becoming a force in the world of IFEC. Zii first hit the IFE scene with their revolutionary new Seat Centric IFE system in 2011 and just five years later they are growing with over 45 airline customers, over 550 aircraft in service, and over 650 aircraft in committed backlog.” Noted Harry, “RAVE is: Reliable, Affordable, and Very Easy (to install, operate and maintain) – that is why it has been a success.” He also noted that the retrofit market has been very stable, and as of late, line fit is definitely growing. “Our RAVE systems are much easier to maintain than traditional IFE systems which allows airlines to maintain their own aircraft without the added expense of paying a traditional IFE provider for support” says Matt Smith, CEO for Zodiac Inflight Innovations. “Zii is a company that is different by design; our focus is always on putting our customers first. We want to be a company that Airlines want to work with; customer focused and innovation driven, we relentlessly pursue our core value of RAVE – Reliable, Affordable and Very Easy. It’s more than a name, it’s who we are.”
This year Zii has added an aftermarket support package to round out their portfolio of products. With RAVE Care, an airline can tailor a support package to its specific needs for a fixed price per month per aircraft. RAVE Care can include everything that an airline needs to maintain and operate their IFE systems, including spares, repairs, customer abuse and even content integration. Included in RAVE Care is a software guarantee that means airlines never have to worry about the cost of updating their Passenger User Interface and features over the lifetime of the system.
Kontron’s latest equipment developments include their ACE Flight 4608 8 core onboard server, which has the capability to do a lot more than inflight entertainment. For example, Kontron’s early systems featured solid state drives which were in the 100 GB but today their servers will feature 7 TB drives that are all solid state. The important point to note is that communication/connectivity enhancements are a real future capability. The Kontron team told us that Kontron specializes in cabin systems as well as security and safety certifications. Furthermore, the 4608 server excels at data processing onboard, the benefit to the airline is that they don’t have to wait to get the information off the aircraft when it is on the ground – once again proving that the big data technology is becoming an expectation and a reality. They also received FAA PMA for their Cab-n-Connect A100 wireless access point (PIX). It should be noted that it delivers next-generation HD video and is certified on Boeing, Airbus, and Embrear aircraft. (Editor’s Note: Since 2005 Kontron has added new IFE and connectivity equipment every year. This year seven new products and iterations were unveiled: the ACE Flight 4780 MODMAN, ACE Flight Server 4608, the ACE Flight Server 4600, the ACE Flight Server 2600, and the ACE Flight Server 1600, the ACE Flight Server 904 and the Cab-n-Connect A100.)
This year APEX introduced a ‘Cool Award’ that was selected by industry peers. PXCom was the recipient of this award, probably because of the recognition of many of the companies’ innovations such as seat back wireless IFE compatible destination guides and destination information. IFExpress has had the pleasure of knowing Cyril Jean of PXCom for several years now and we have reported on their many innovative IFE communication developments and we were thrilled that their IFE peers acknowledged their creativity. Congratulations PXCom!
We had the opportunity to meet GEE’s new Director of Marketing, Nancy Harvey during APEX. She was happy to discuss their recent content agreement with Qatar Airways, which was announced during the expo. The deal is a new one for GEE that expands on their longstanding relationship with the airline and covers several years where they will provide movies, music, audio, and TV for on 164 aircraft, as well as, 8 charter jets and 12 business jets. (Editor’s Note: In our November 15th issue of IFExpress we discussed GEE’s recent JV with Shareco of HNA Group. Joint venture would exclusively provide inflight connectivity hardware and entertainment services on HNA airlines, comprising over 320 aircraft today with the potential to grow to over 500 planes. Shareco plans to invest up to $416 million in GEE stock at $11 per share through a combination of primary and secondary share purchases. Under terms of the contemplated transactions, GEE and Shareco would form a JV to provide IFEC and passenger monetization services to HNA airlines.)
The first of three A350-1000 development aircraft to fly – MSN059 – landed at Toulouse-Blagnac Airport France at 15.00hrs local time after successfully completing its first flight which lasted four hours and 18 minutes. Powered by Rolls-Royce’s new Trent XWB-97 engines, the aircraft traversed south-western France, during which the crew explored the aircraft’s handling and flight envelope. (See the full press release in “News Releases” below.)
On another front, Airbus plans to increase delivery rate of their A350 next to some 80 aircraft next year.
Boeing Chairman, President and CEO Dennis Muilenburg on Monday named Kevin G. McAllister president and CEO of Boeing Commercial Airplanes, succeeding company Vice Chairman Ray Conner in that role. Muilenburg also appointed Stanley A. Deal president and CEO of Boeing Global Services, a new business unit to be formed from the customer services groups within the company’s existing commercial airplanes and defense, space and security business units. McAllister joins Boeing from GE Aviation. Deal is a veteran Boeing executive. Conner, 61, will continue to serve as Boeing vice chairman through 2017. He will work closely with McAllister in the months ahead on a purposeful hand-off of customer, supplier, and community and government relationships, and to ensure continuity of operations and customer support. Conner also will provide strategic oversight and guidance for the company’s transition to a single integrated services business and remain involved in ongoing product development strategy at Commercial Airplanes. Deal will begin immediately finalizing and executing detailed and deliberate plans to structure and organize the new business while ensuring all near-term customer commitments are met and value is maximized over the long term. Deal and McAllister join Caret as business unit leaders reporting directly to Muilenburg. They also become members of the company’s Executive Council. The appointments are effective Nov. 21, 2016.
World Trade Organization Ruling
The World Trade Organization (WTO) today rejected virtually all of the European Union’s challenges to the Washington state tax incentives. The EU challenged seven different state tax incentives. The WTO rejected entirely the EU’s challenge to six of the seven incentives and rejected most of the challenge to the seventh. The WTO held only and narrowly that a reduction in Washington state’s Business and Occupancy (B&O) tax rate for future 777X revenues is inconsistent with the WTO agreements. The WTO threw out all of the EU’s other challenges to various incentive programs and left untouched even the B&O tax rate as it applies to revenue from the other Boeing models produced in Washington state–the 737, 747, 767, 777 (current model) and 787. In total, the EU claimed that Boeing had received $8.7 billion in subsidies. This claim was rejected by the WTO, which found future incentives totaling no more than $50 million a year to be impermissible. The WTO found that to date Boeing has received no benefit from the 777X rate incentive, and will not until 2020, because the first airplane will not be delivered until then. In light of today’s decision and the massive liability that the WTO has found against the EU and Airbus, we expect the EU and Airbus to appeal the decision.
- Vice Chairman and Commercial Airplanes head Conner plans end-of-2017 retirement
- Industry veteran McAllister to succeed Conner as Commercial Airplanes CEO
- Deal to serve as president and CEO of new combined services business
- Moves support strategy to strengthen and grow company, Muilenburg says
Chicago | November 21, 2016– Boeing Chairman, President and CEO Dennis Muilenburg today named Kevin G. McAllister president and CEO of Boeing Commercial Airplanes, succeeding company Vice Chairman Ray Conner in that role. Muilenburg also appointed Stanley A. Deal president and CEO of Boeing Global Services, a new business unit to be formed from the customer services groups within the company’s existing commercial airplanes and defense, space and security business units. McAllister joins Boeing from GE Aviation. Deal is a veteran Boeing executive.
Conner, 61, will continue to serve as Boeing vice chairman through 2017. He will work closely with McAllister in the months ahead on a purposeful hand-off of customer, supplier, and community and government relationships, and to ensure continuity of operations and customer support. Conner also will provide strategic oversight and guidance for the company’s transition to a single integrated services business and remain involved in ongoing product development strategy at Commercial Airplanes.
“With Ray Conner’s retirement timeline in sight and an expanding global services market to pursue, these moves will further strengthen and grow Boeing and better serve our customers, employees, shareholders and other partners in the years ahead,” said Muilenburg. “We are immensely grateful to Ray for his leadership and contributions to Boeing over nearly four decades, and we will continue to rely on his vast experience and keen insights in supporting the leadership and business transitions underway.”
McAllister, 53, joins Boeing after 27 years with GE Aviation, where he served since 2014 as president and CEO of GE Aviation Services. Before that, as vice president and general manager of global sales and marketing since 2008, he was credited with delivering record backlog growth for the nearly $25 billion GE business.
“Kevin is one of industry’s best and most highly regarded senior executives, and we are thrilled to have him join Boeing and our strong Commercial Airplanes team,” Muilenburg said. “He’s a passionate leader with decades of commercial aviation knowledge and experience. He knows Boeing well, shares our values and commitment to our people, and has the results-oriented operational and business experience needed to lead this vital and growing part of our company.”
Boeing Global Services will bring together core capabilities currently within Commercial Aviation Services and Boeing Defense, Space & Security’s Global Services & Support group. While some defense and commercial customer fleet support will remain within the two existing business units, the new unit will provide a broad portfolio of advanced services and incorporate the capabilities of various Boeing subsidiaries, including Aviall and Jeppesen.
Deal, 52, brings three decades of broad aerospace experience to his new leadership role. Since 2014 he has served as senior vice president of Boeing’s Commercial Aviation Services business, delivering consecutive years of record performance. Previously, he was vice president and general manager of Supply Chain Management and Operations for Boeing Commercial Airplanes, responsible for Supplier Management, Fabrication, Propulsion Systems and Quality groups. Deal joined the company as an engineer on the C-17 military aircraft program and also held senior roles in sales and marketing.
“Stan is an exceptionally capable and experienced leader, and he’s ideally prepared to stand up an integrated Boeing services business to expand our share of a global commercial and defense services market worth an estimated $2.5 trillion over the next 10 years,” Muilenburg said. “Substantial services growth is core to Boeing’s strategy as we enter our second century, and this move is a key enabler to accelerate our efforts and provide increasing value to our customers.”
Deal will begin immediately finalizing and executing detailed and deliberate plans to structure and organize the new business while ensuring all near-term customer commitments are met and value is maximized over the long term. He will work closely with Vice Chairman Conner and Defense, Space & Security President and CEO Leanne Caret during the transition.
Boeing Global Services is slated to begin fully operating as the company’s third major business unit by the third quarter of 2017, with a small core headquarters group based in Dallas, where Aviall currently has a sizeable presence. While specific business details and additional leadership assignments will be forthcoming, the vast majority of the work performed by Boeing Global Services is expected to remain at existing locations for the foreseeable future.
Deal and McAllister join Caret as business unit leaders reporting directly to Muilenburg. They also become members of the company’s Executive Council. The appointments are effective today.
- Supplemental type certificate applies to company’s Summit line of inflight entertainment and connectivity (IFEC) hardware.
Singapore and Waukegan, Illinois | November 14, 2016– Telefonix PDT, the aerospace team within Telefonix Inc., has received its first supplemental type certificate (STC) for its CabinACe 802.11ac wireless access point (WAP) and Cabin Pinnacle general-purpose server products. It’s the first STC for products within the company’s Summit line of inflight entertainment and connectivity (IFEC) hardware.
The STC, wholly owned by Telefonix PDT, is applicable to Boeing 737-700/800/900 aircraft, and will include the Summit products plus a complete aircraft installation kit that will include installation trays, cabling, antennas, and a control panel. Efforts to complete an STC for these products on Airbus A320 aircraft are under way; and plans to add the Cabin Edge content loader to the STC are in progress.
- Boeing-COMAC Sustainable Aviation Technology Center to pursue mutually beneficial research in materials recycling, air travel for aging populations, workplace safety
Zhuhai, China | November 1, 2016– Boeing [NYSE:BA] and Commercial Aircraft Corp. of China (COMAC) today signed a new agreement to expand their joint research collaboration in support of the long-term sustainable growth of commercial aviation.
The two companies, which signed an initial collaboration agreement in March 2012, have been researching ways to improve aviation’s fuel efficiency and greenhouse-gas emissions reduction, including sustainable aviation biofuel and air traffic management (ATM) efficiency.
Through this new agreement, signed at the Zhuhai Airshow, the companies will explore six areas of mutually beneficial research through the renamed Boeing-COMAC Sustainable Aviation Technology Center. They will also continue to exchange commercial aviation market forecasts.
“As we approach the 45th year of collaboration between Boeing and China’s aviation industry, Boeing and COMAC are expanding our efforts to ensure commercial aviation’s long-term sustainable growth, improve its efficiency and reduce environmental impact,” said Ian Chang, vice president, Supplier Management China Operations & Business Development, Boeing Commercial Airplanes. “Our mutually beneficial research with COMAC supports Boeing’s global effort to enable growth and partner to address challenges for our industry.”
“The two companies have enhanced mutual trust and understanding during five years of working together,” said Wu Guanghui, Vice President of COMAC. “The agreement signed today extends and will bring our cooperation to a new level, enabling the two companies to leverage their own advantages for win-win results that can benefit not only China, but also the rest of world.”
Research areas for the Sustainable Aviation Technology Center will include:
- Technologies supporting sustainable aviation fuel development and assessing the benefit to aviation of using these technologies;
- ATM technologies and applications;
- Environmentally sustainable manufacturing, including enhanced recycling of materials;
- Technologies to enhance the airplane cabin environment related to environmental stewardship and air travel by aging populations;
- New industry or international standards in aviation energy conservation and emissions reduction;
- Improvements in workplace safety during cabin and ground operations.
As they have since 2012, Boeing and COMAC will jointly select and fund research by China-based universities and research institutions. Their initial agreement created the Boeing-COMAC Aviation Energy Conservation and Emissions Reductions (AECER) Technology Center. Since then, the Boeing-COMAC AECER Center conducted 17 research projects, leading to an aviation biofuel demonstration facility that turns waste “gutter oil” into jet fuel and three ATM software prototype systems. The Center has attracted participation of 12 domestic and international research partners.
In addition, Boeing and COMAC plan to open a joint venture facility in Zhoushan, China, that will install interiors and paint 737s before Boeing delivers these airplanes to Chinese customers.
China is one of the world’s fastest-growing aviation markets. The Civil Aviation Administration of China has forecast that passenger traffic in China will reach 485 million this year and will reach 1.5 billion passengers in 2030. Boeing has estimated that Chinese airlines will need to purchase more than 6,800 new airplanes through 2035 to meet fast-growing demand for domestic and international air travel.
Augsburg, Germany | October 25, 2016– Kontron, a leading global provider of Embedded Computing Technology (ECT), today announced that the U.S. Federal Aviation Administration (FAA) has given the company’s Cab-n-Connect™ A100 cabin wireless access point (CWAP) its Parts Manufacturer Approval (PMA) Supplement for multiple aircraft models including Boeing 737-700, 737-800, 767-200, 767-300, Airbus A330-300, A320-200, and Embraer ERJ 190-100. Receiving the FAA’s PMA Supplement certifies the Cab-n-Connect’s use on aircraft and streamlines their deployment in commercial aircraft installations worldwide.
“The award of the FAA PMA ensures our customers that they have the best connectivity products available, having passed rigorous reliability, safety and standards testing,” Kontron Head of the Avionics Business Line, Jim VandeSteeg. “Being certified also gives our customers a huge head start by avoiding the one to two years it would take them for certification. Kontron remains committed to helping commercial aviation companies use wireless technology to the fullest — not only to improve the customer experience but also to help them enhance and simplify operations.”
To protect against network attacks, the Kontron Cab-n-Connect A100 features state-of-the-art enterprise level wireless security based on the WiNG™ 5 software and Air Defense™. This integrated software provides a highly robust distributed architecture that extends QoS, security and mobility services on the aircraft enabling highly-secure direct routing and network resilience.
The Cab-n-Connect A100 is designed to deliver next-generation HD video streaming capabilities crucial for dense multiple client applications on aircraft. It features best-in-class performance based on the latest 802.11ac technology supplying significantly increased data throughput compared to 802.11n-based equipment. The integrated antenna solution reduces the overall size and installation complexity. Integrating breakthrough technologies such as 3X3 Multiple-Input Multiple-Output (MIMO), the A100 supports 3-spatial streams of data that can be sent simultaneously to a single client device, substantially improving bandwidth efficiency and utilization. Additional enhancements in beamforming enable the most efficient path for data transmission between an access point and a client device. With the Cab-n-Connect A100, both the client device and access point work together to provide an optimized communication path for stronger and faster data transmission.
For more information on the Kontron Cab-n-Connect™ A100 CWAP and the company’s complete portfolio of commercial avionics IFE&C solutions, please visit: http://www.kontron.com/industries/avionics
- Wojick retiring after 36-year commercial airplanes career
Seattle, WA | October 14, 2016– Boeing [NYSE: BA] today announced that Ihssane Mounir has been named the new vice president of Sales and Marketing for Commercial Airplanes. Mounir succeeds John Wojick, who is retiring after 36 years of company service, effective early 2017.
In his new role, Mounir is responsible for the sales and marketing of all commercial airplanes and related services to airlines and leasing customers in all markets worldwide. His team’s duties include sales strategy, operations and customer relationships.
“Ihssane is a seasoned sales leader with in-depth knowledge of Boeing customers worldwide,” said Boeing Commercial Airplanes President and CEO Ray Conner. “His extensive knowledge of our products and services puts him in the best position to help our customers address their fleet and operational needs and be successful in today’s competitive environment.”
Mounir has held several leadership positions within Boeing’s Sales organization, mostly recently as vice president of Sales for Northeast Asia.
He previously served as vice president of Marketing, Sales Strategy and Operations, responsible for developing and implementing cross-regional strategies for Commercial Airplanes.
Prior to that assignment, Mounir led Commercial Airplanes Sales efforts in many regions across the world. Previously, Mounir was the vice president of Sales for Latin America, Africa and the Caribbean. He also served in Sales leadership roles in Europe, Central Asia and Africa.
Mounir joined Boeing as a senior aerodynamics engineer in 1997. He earned Bachelors and Masters degrees in aerospace engineering from Wichita State University.
Conner thanked Wojick for his decades of service to Boeing and leadership of the team that sold thousands of airplanes to customers worldwide.
“John’s retirement caps an outstanding 36-year Boeing career that has included assignments in engineering and all facets of commercial airplanes sales and marketing,” Conner said. “As the leader of our Sales team since 2012, he has consistently demonstrated the integrity, tenacity, courage and commitment it takes to compete aggressively and win in the marketplace. Under his leadership, our Sales and Marketing organization has sharpened its focus on our customers, continued to earn their trust and maintain their loyalty.”
The new regional leader for Northeast Asia Sales will be named at a later time.
Now Old Seat Back IFE Replacement is Available at a Fraction of the Cost!
This week IFExpress wanted to give our readers a better look into the world of IFE retrofits so we asked Web Barth, Director of Marketing of VTS (Video Technology Services), one of the best known IFE upgrade and retrofit companies in the industry, to tell our readers a bit about the company, their solutions, and the process of a refurbishing a seatback IFE system.
ANSWER: “VTS is focused on airlines with older seatback systems including Rockwell TES, Panasonic 2000 and 3000 series, as well as, other older systems. Based on our discussions with airlines in Europe and the Middle East there are about 400 aircraft still flying these older seatback systems in that region and the majority are wide bodies. Although the manufacturers of this equipment have accurate data collectively, year old industry estimates were that there are approximately 1,800 aircraft still flying older seat back systems worldwide.”
Q: Tell us a bit more about the retrofit process, and perhaps more importantly, is price a big deal to some airlines and finally, does newer technology gain value in these installations?
ANSWER: “Some airlines go back to the original manufacturers to replace outdated or broken seatback systems. The manufacturers are happy to provide the service, but it involves replacing the screen with modern electronics and sometimes cabling, which winds up costing in the neighborhood of $5,000 per seat for a new version of the removed seatback IFE system. If an average wide body aircraft has 340 seats and you combine that with the cost of installation per seat, the result is an estimated cost of $2 million per aircraft. This can be a daunting investment for many airlines, especially in older and perhaps end of life cycle jetliners.
The VTS SKY SIS II is targeted to provide an affordable means of providing modern-day quality entertainment, which would be closer to $600,000+/- per wide body for arguably an even better IFE offering. This is achieved not by repairing old technology, but using modern technology and eliminating the old system thus the expense of rebuilding the old electronics and heavy connection cables and boxes circuitry. Each VTS passenger monitor bypasses the old audio/visual circuitry and electronics by streaming directly to each touch screen monitor, each with its own processor and Wi-Fi antenna.
This VTS Touch Screen Display is considerably lighter than the old unit with its seatback electronics. Additionally, hundreds even thousands of pounds of unneeded cabling, PCU’s, and passenger annoying, heavy under-seat SEBs are no longer necessary and can be removed. Depending on the aircraft and type of system this could eliminate 1,000 to 2,500 pounds of extra weight saving $100,000 to $300,000 in fuel annually thus providing a modern inflight entertainment offering that pays for itself in a few years.”
Q: Why retrofit?
ANSWER: “There are instances where older seatback systems are adequate, except for the fact that individual units have failed or the screens themselves are dim or lack modern-day resolution. VTS routinely replaces old screens with newer/better ones and rebuilds broken units, which can provide a relatively affordable fix. However, the VTS SKY SYS II system provides a far superior approach offering years of modern quality performance and life.
The reason is that the VTS SKY SYS II System skips over all of that outdated technology, equipment and circuitry and streams right to every seatback where each passenger controls their own unit with their own touch screen eliminating the armrest PCU as well. The VTS system does keep the old seat power circuitry, which also provides for an appreciated new passenger USB power outlet for operating/charging their other devices.”
Q: Before we get into the actual workload, can you tell our readers about why retrofits need to be done?
ANSWER: “So, you want to get rid of that old IFE, here are some possible reasons why. 1) A paying passenger staring at a broken IFE seatback display is a huge customer service problem. Your old system & screen is cloudy, dim or just outdated grainy resolution, not in modern 16×9 format.
2) If your hardware is an older seatback system, you can change it out. Amazingly, many airlines don’t realize you can swap out your old seatback system and/or display. One airline told VTS that they were planning on replacing all the seats, just to upgrade the seat back IFE system. Yikes!
3) Here are some reasons why it may be difficult and possibly why you should not… Actually, we can’t think of any since the new VTS SKY SYS II Seat Back retrofit can work with any old system, and since it no longer needs the old system’s electronics, seat back display, arm rest PCU’s, video/audio cabling or annoying and heavy SEB for audio and video transmission.
Although VTS keeps the old seat power circuitry, the VTS SKY SYS II System, skips over all of that outdated equipment and streams right to every seat back where each passenger controls their own unit with their own touch screen, which also has an extra USB power outlet for operating/charging their other devices.”
Q: Can you give our readers a quick synopsis on the cabin retrofit work?
The Basic Process is as follows:
1. First, remove the old seatback screen and electronics unit by peeling back the upholstery on the upper seat. It is not very hard to do and an average technician can remove and install a new unit in about 20 minutes per seat.
2. Now or when convenient, remove 1,000-2,000 pounds of no longer needed a/v cabling, hardware, PCU’s and especially the under seat SEB’s, while greatly improving passenger foot room and comfort.
3. Install a high resolution, VTS Touch Screen Smart Monitor with its lightweight bracket and re-fit the headrest upholstery around the new screen.
4. Install a VTS Streaming Server & WAP system, which weighs less than 20 lbs. This hardware easily installs in the overhead baggage bins.
Q: What is the scope of the effort…time, down time, etc.?
ANSWER: “Actual time is approximately 15-20 minutes per seat. So, a wide body with 300 seats will require about 100 labor hours. If an aircraft is out of service it will only take 1-2 days. Form, Fit and Function can greatly reduce re-certification to a negligible effort.”
Q: Please tell us a little bit about the Feature improvement or loss, the Advantages of doing a retrofit, and the Benefit of doing so!
ANSWER: Web noted: “Better than new; Immediate System Improvement, cost, weight/fuel savings. Video: Resolution increases 400%, perhaps a larger screen 7″ vs 5.6″, in new format 16 x 9. A System Cost: one third of the cost of conventional system replacement of a seatback system. Then there is weight savings – eliminate 80% of the system’s weight, i.e. 1000 vs 2,000 pounds. Next, we have fuel savings: savings in extra fuel pays for this new/better system in 3 years!”
“There is more,” he said, “credit card function for Inflight shopping is included. The built in credit card program allows for secure purchases from seatback screens, or the passengers own devices (smartphones, tablets, laptops) for incremental revenue, additional passenger services and offers. Did I mention the USB Outlets? This means power at every seat for personal devices as well. Did I mention custom financing… Matching your expected aircraft life, that’s ideal for aged aircraft. And lastly, it’s satellite ready companion antenna and systems to be installed now, with port to VTS Streaming Servers and WAPs or at a later date.”
Q. Lastly, we asked if the VTS Director of Engineering had anything to say to our readers?
ANSWER: According to Philip LaPierre, 35 year IFE Engineering and Certification veteran, “We have found that adhering to near, or identical ‘Form, Fit and Function’ certification criteria, we can greatly reduce re-certification requirements to a negligible amount.”
Finally, Noted Mr. Barth: “Come see our new Seatback Retrofit System for yourself at Booth 219 APEX Expo, Singapore, Oct 24-27, 2016, you won’t be disappointed!”
(Editor’s Note: VTS provides many systems options: In Flight PCI Compliant Credit Card Processing, 4G/LTE Communication Module – On the ground, weight on wheels Communication anywhere in the world, Separate Iridium Communication Module – In flight communication worldwide, VTS Turnkey Entertainment Content Programs and Sourcing Packages, Customized Worldwide Equipment Financing Programs, Satellite Companion Antenna and System… so they tell us!)
Carlisle Companies Incorporated announced the acquisition of Star Aviation, Inc., a leading provider of design and engineering services, testing and certification work and manufactured products for in-flight connectivity applications on commercial, business and military aircraft. With annual sales of approximately $30 million and 150 employees, Star Aviation has manufacturing facilities in Mobile, Alabama and a technical services facility in Lynnwood, Washington. The company is a supplier to the world’s leading providers of Wi-Fi and other in-flight connectivity systems used on a broad range of aircraft platforms. The business will operate as part of Carlisle Interconnect Technologies, a global provider of specialty wire and cable, and interconnect components for commercial and military aircraft, avionics systems, in-flight entertainment, communications systems and medical devices.
IFExpress reached out to Carlisle for a bit more info and here is what they had to say:
- “Star Aviation has been a supplier of Design/Kits/certification for connectivity solutions dating back to the onset of Boeing Connexion (2004-ish)
- Today they support Boeing, Gogo, ViaSat and some others with design/kits/certification for aircraft installation
- All retrofit Gogo 2Ku installations use a Star Aviation adapter plate for the Thinkom antenna.
- The Everett branch is mostly involved in Boeing documentation updates and configuration control.”
Recently, IFPL has worked closely with GORE® to develop the new USB-A 3.0 module, that combined IFPL USB 3.0 with GORE Aerospace USB 3.0 cables and provides the ideal solution for delivering high power (2A, 5V DC) and data transfer (up to 5Gbps) as per USB 3.0 requirements. This gives passengers the ability to maximize the benefits of both charging their Personal Electronic Devices (PEDs) and interfacing with the Inflight Entertainment (IFE) system and you can see it in Singapore! (Check out the news release section of this IFExpress)
Boeing and Qatar Airways announced an order for 30 787-9 Dreamliners and 10 777-300ERs, valued at $11.7 billion at list prices. The airline also signed a Letter of Intent for up to 60 737 MAX 8s, valued at $6.9 billion at list prices. The announcement builds on Qatar Airways’ current fleet of 84 Boeing aircraft, a combination of 787s and 777s, all delivered over the last nine years. With this new order, Qatar Airways increases its firm order backlog of Boeing widebody airplanes from 65 to 105, including 60 777Xs. Further, Aviation Week notes that Qatar Airways CEO said: “Boeing has been making airplanes decades before anyone else even thought of manufacturing airplanes, so the experience that they have in this field has made them so robust that they make one of the finest and more solid, reliable product of any company,” Al Baker said Oct. 7 in Washington. “I know that Boeing’s competitors would not like me saying this, but I’m sure that inside, they know that Boeing makes the best airplanes.””
Power – This should do it
Singapore Uber Deal – Download the Uber app and register for an account. You’ll have the option to input your credit card or opt for cash payment. To enjoy a $15 FREE ride, simply enter the code “IFEXPRESS” into the Promotions tab! The code is valid until 31 October 2016.