France | June 26, 2017–SITAONAIR has hailed the successful launch of Iridium’s second set of Iridium NEXT constellation satellites as another step closer to achieving minute-by-minute, 100% global aircraft flight-tracking.

In partnership with Aireon and FlightAware, SITAONAIR’s AIRCOM® FlightTracker will deliver enhanced capabilities to airline customers from 2018. Aireon’s space-based automatic dependent surveillance broadcast data (ADS-B) will then fill any gaps in current flight-tracking coverage globally – and is expected to be transmitted through the complete Iridium NEXT satellite constellation, via FlightAware.

Paul Gibson, Portfolio Director, AIRCOM®, at SITAONAIR, says: “This is an exciting moment for SITAONAIR as the second set of satellites start their journey to enabling us to deliver 100% global, real-time flight-tracking to the air transport industry. We are looking forward to seeing the project progress and being able to demonstrate its value to airlines.

“The beauty of adding space-based ADS-B data to our current AIRCOM® FlightTracker is that it will integrate seamlessly into the existing interface, while increasing tracking coverage up to 100%. In short, the airlines who adopt our space-based flight-tracking will have the tools to see the precise position, speed and altitude of all airborne fleet – any time, anywhere – and be immediately alerted if any aircraft veers from its flight plan, even if that route is over ocean or the Poles.

“With real-time alerts generated at least once a minute, airlines with enhanced FlightTracker will be way ahead of the ICAO’s best practice one-minute mandate – truly consolidating their commitment to safe travel.”

What is AIRCOM® FlightTracker?

FlightTracker’s capabilities include:

• Providing airline operations teams with an application that aggregates the best available inflight position data from multiple sources on a single aircraft position display
• Issuing alerts to flight operations of any route deviation. Staff can also clearly see if it has been agreed between an aircraft and ATC
• Automated alerting for large fleets, so if an aircraft doesn’t report its position, deviates from the flight plan or enters a defined geographic area, FlightTracker will create an alert and automatically start a sequence of actions where needed
• Being aircraft agnostic, whether a fleet has either ACARS or ADS-B OUT capabilities
• Allowing operations teams to view the flight track of each flight with frequent and accurate positions from our fused data feed
• Having the capability to be set up to deliver forecast weather data with flight plans, to improve decision-making.

Paul continues: “The SITAONAIR Montreal Development Team has already determined how the new space-based ADS-B data should be integrated and presented within FlightTracker. The display uses specific color-coding to identify different data sources, and, for us, it is a case of drawing in this data and giving space-based ADS-B its own distinct place in this set.”

The second payload of 10 Iridium NEXT satellites, hosting Aireon’s space-based ADS-B system, launched from SpaceX’s California-based launch facility at Vandenberg Air Force Base on a Falcon 9 rocket. The first batch of 10 satellites, hosting the space-based automatic dependent surveillance broadcast (ADS-B) system, was launched by SpaceX on 14 January 2017.

For more information and to discover the full SITAONAIR connected aircraft portfolio, visit www.sitaonair.aero

Airline is first to adopt joint solution for real-time, space-based alerting system for flight tracking
April 18, 2017– SITAONAIR, Aireon and FlightAware today announce that Malaysia Airlines will be the first SITAONAIR airline customer to benefit from a revolutionary flight tracking partnership.

Under the agreement, all Malaysia Airlines aircraft will have access to minute-by-minute, 100% global, flight tracking data, delivered by SITAONAIR’s AIRCOM® FlightTracker.

This solution will enhance the existing SITAONAIR AIRCOM® FlightTracker by adding Aireon’s space-based Automatic Dependent Surveillance-Broadcast (ADS-B) data to the existing data available from FlightAware’s multiple global sources, complementing active Air Navigation Service Provider (ANSP) Future Air Navigation System (FANS) activity data.

By incorporating this data, Malaysia Airlines’ aircraft operations center will receive real-time position updates of its airborne fleet globally. Aireon’s space-based ADS-B data will also resolve any existing data feed coverage gaps that remain, particularly over oceanic and remote airspace, where there is currently no surveillance.

No new avionics or modifications are needed for aircraft to take advantage of this new service.

“Real-time global aircraft tracking has long been a goal of the aviation community,” said Captain Izham Ismail, Chief Operating Officer, Malaysia Airlines. “We are proud to be the first airline to adopt this solution using space-based ADS-B data as part of SITAONAIR’s AIRCOM® FlightTracker.”

Paul Gibson, Portfolio Director, AIRCOM®, at SITAONAIR, said: “With the addition of the Aireon SM data, via FlightAware, to SITAONAIR’s AIRCOM® FlightTracker, combined with our active monitoring and automated alerting capabilities, Malaysia Airlines will be at the cutting-edge of real-time flight tracking technology. With access to up-to-the-minute reporting, Malaysia Airlines will know the location, heading, speed and altitude of all aircraft in its fleet, at all times, and be alerted to any exceptions.”

In November 2016, Aireon, FlightAware and SITAONAIR announced a new partnership to deliver Aireon data via FlightAware to SITAONAIR customers. FlightAware provides a combination of global air traffic control data, aircraft datalink information and terrestrial ADS-B data through a secure streaming data feed.

Once the Aireon system is operational, expected in 2018, airlines already using SITAONAIR’s AIRCOM® FlightTracker will automatically begin seeing the new Aireon data appear in their systems without the need for costly modifications.

“In addition to not requiring any new avionics or modifications to their aircraft, Malaysia Airlines will seamlessly gain real-time flight tracking ability of its fleet, even in areas where regional Air Navigation Service Providers do not have full surveillance,” said FlightAware Chief Executive Officer, Daniel Baker. “The result will be that Malaysia Airlines will have greater visibility of their aircraft’s exact location.”

Aireon Chief Executive Officer, Don Thoma added: “Malaysia Airlines has taken a lead role in the industry since the tragic events of 2014. Real-time, global flight tracking, anywhere on the planet will further their safety goals, by allowing Malaysia Airlines to track their aircraft anytime, anywhere.”

Aireon’s space-based ADS-B system will offer a global solution that works for all ADS-B Out equipped aircraft everywhere. ADS-B Out mandates have been passed by ANSPs and industry governing bodies around the world, resulting in operators automatically knowing that their aircraft are properly equipped.

The Aireon service will be operational in 2018, shortly after the completion of the Iridium NEXT satellite constellation. On January 14, 2017, the first 10 Iridium NEXT satellites carrying the Aireon ADS-B hosted payload were successfully launched from Vandenberg Air Force Base in California on a SpaceX Falcon 9 rocket. In total, the constellation will consist of 66 operational low-earth-orbit satellites providing global coverage. The service will also provide Air Navigation Service Providers with global aircraft surveillance capability, and is expected to help reduce fuel costs, increase safety and enable more efficient flight paths.

This may be one of the first places you read about a new-patented PED Pouch – that’s Personal Electronic Device Pouch. While it is just a seatback, portable entertainment device holder, it represents where a lot of future IFE will be coming from – you! Interested? Read about the particulars here. We asked Global’s Todd Hamblin, a few questions that he answered in the next paragraph.

“The PED Pouch is made from the same material as the seat cover. The customer will have the ability to define whether they want leather or fabric along with the color. The surface that you can view your device through is Lexan and it that passes the required FAA flammability testing. We are currently fabricating prototype units to be demonstrated during the Hamburg AIX. The PED Pouch is being developed as a standalone unit that can be sold to airlines, seat vendors or aftermarket seat refurbishment companies. A Velcro strip, if not already present, will need to be sewn into the top of the seat cover. The PED Pouch will come with a mating Velcro strip that will then attach to the seat top and lay over the seat back. For those seats that have a Velcro strip installed so the airline can install head doilies, we will include an extra Velcro strip on top of the PED Pouch so we don’t interrupt the airline process. We have designed the PED Pouch to accept the Microsoft Surface so that all other handheld devices will easily fit. We have also left small openings in the bottom and sides to allow passengers to plug in power to charge or headphones. And yes, Global received a launch customer for the PED Pouch last week and are currently working the certification plan to obtain an FAA project number.” For more information, contact Todd Hamblin +1.513.444.4049 (thamblin@gadc.aero)

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Iridium and Globalstar are in the process of developing some very interesting and new solutions for connectivity and aircraft location capabilities. Iridium’s 66-satellite LEO constellation covers 100 percent of the globe, while Globalstar has 32 LEO satellites in earth orbit. Globalstar has a new Sat-Fi product that enables voice, data and TXT worldwide. Iridium’s Next program, the next generation, will be fully implemented by 2017. Watch for faster aviation data solutions that result in advantages from the upgraded. Iridium Next will have 66 “birds” in Low Earth Orbit, a 9x improvement in throughput and 125x improvement in memory capacity – Ka Band up to 1.5 Mbps and broadcast up to 64 Kbps. As you would expect, with global coverage, ADS-B, seems a real potential and Aireon was formed to help just that. With Aireon, air traffic management organizations worldwide can track an aircraft’s position in real-time, thus minimizing disasters like MH 370. Don’t be surprised if a few more connectivity providers crop up soon for this solution and more inflight/ground Internet and connectivity solution.

Generally, there is also a lot of interest in low earth orbit Internet, as well as, aviation connectivity and much of the desire is based upon the shorter signal transit time for signals to be sent to, and received back from, the source, as we noted above. There may be some crossover in the two solutions, (aviation and Internet) but who knows how it will work out? Google, Facebook, and Elon Musk are names we recently have seen that are interested and have committed money to provide a worldwide Internet solution.

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And speaking of inflight Internet, Eric Tarter sent us this very interesting link: “Thought you might want to read this… very interesting article on O3b and upcoming OneWeb.  Brief mention of this technology to bring much faster (and sounds like less costly) Internet to aircraft.  Also Qualcomm and Virgin Group are big backers of OneWeb.”

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London, 2 February 2015 – Inmarsat announced the successful launch of its second Global Xpress (GX) satellite (Inmarsat-5 F2) on board an International Launch Services (ILS) Proton Breeze M rocket launched from Baikonur Cosmodrome in Kazakhstan yesterday (Sunday 1 February) at 12:31 GMT. Check out the full release.

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The next time you smell cinnamon on an aircraft you might consider that it is not coming from a dessert. Noted Science Daily, “People smelling warm fragrances such as cinnamon feel that the room they are in is more crowded, and feel less powerful as a result,” wrote the authors. “This can lead them to compensate by buying items they feel are more prestigious.” They went on to say, “When people in a room experienced a “warm” scent such as cinnamon, they felt the room was more crowded than when they experienced a “cool” scent, even though the room contained the same number of people each time. The people in the “warm, crowded” room felt less powerful as a result of the perceived crowding, and were more likely to compensate for this loss of power by buying items which they felt were prestigious and which helped raise their personal status.” Hmmm, we just thought about sweet rolls – go figure.

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One reader told IFExpress: “One airline wanted to sell the interior and exterior surfaces of the winglets, both wings, with a Guinness Beer advertisement.  The airline claimed Boeing would get a payback in 18-months. Boeing apparently rejected their inventive offer because they had to pay the composite supplier in cash, not beer.  But the idea was indeed creative.  Now it seems Boeing has hit upon a way to leverage those moving billboards.  See the article: Boeing’s flying Jumbotrons could light up future jetliners with digital advertisements”

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It never crossed our minds that an LED could deliver light and data at the same time, especially without being able to notice the data signals on the light. Harald Haus did and his TED Talk is a real eye opener, especially when you realize that a lot of new aircraft interior lighting is from LED’s.

And while we are on the subject of light and signals, we know this discovery is important. Perhaps, it will even work with the technology we noted in the previous sentence… or not!

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Dateline: Seattle – Boeing Museum of Flight moves planes, readying new covered Air Transport Gallery.