Garmin flew a Beechjet 400A with a G5000 integrated flight deck for the first time on September 16 at New Century AirCenter near the company’s Olathe, Kan. headquarters, the avionics maker announced yesterday. The successful 63-minute flight marked a “significant step” towards completion of the Garmin G5000 upgrade for the Beechjet 400A/400XP.
Wide Area Augmentation System
The European Global Navigation Satellite System Agency (GSA)–which operates and maintains Egnos, Europe’s Waas equivalent–and Eurocontrol signed a new cooperation agreement yesterday under which they will jointly implement European satellite navigation policies in the aviation sector. The move will set the stage for the EU to evolve its air traffic management infrastructure from one based primarily on ground-based systems to a more satellite-based system, improving accessibility, efficiency and safety for European operators, pilots and airports.
Esterline CMC Electronics’ CMA-9000 flight management system and CMA-5024 GPS/Waas landing system have been selected on the Airbus Helicopters EC225e, an extended-range version of the Super Puma slated for delivery in 2016. Both systems had their latest iterations EASA-certified for the AS332L1e and AS332C1e Super Pumas, which recently entered service. Both are offered as retrofit options, too.
As of July 24, there are 3,430 wide-area augmentation system (Waas) localizer performance with vertical guidance (LPV) approach procedures serving 1,690 U.S. airports. There are also 555 localizer performance (LP) approach procedures in the U.S. serving 404 airports.
The FAA mandate to equip with ADS-B OUT avionics is coming in fewer than 5.5 years, and many owners and operators are still waiting to upgrade their aircraft, either because they’re hoping prices will drop and technology will improve or they aren’t sure they’ll be keeping their aircraft beyond the deadline.
The list of FAA GPS procedures using Waas, known by ICAO as space-based augmentation system (SBAS) procedures, continues to grow steadily. These include ILS-equivalent localizer precision with vertical guidance (LPV) approaches, providing centerline and glideslope guidance down to 200 feet at more than 800 Part 139 runways in the NAS, plus another 2,600 at various heights above 200 feet at other NAS Part 139 and non-Part 139 runways. At most of the non-Part 139 runways, of course, there’s no ILS, and probably never will be. SBAS is filling that need.
Aspen Avionics is celebrating its 10th anniversary at AirVenture 2014 and installation of the Aspen retrofit glass-panel EFD 1000 in more than 9,000 aircraft. First introduced in 2006 and with deliveries beginning in 2008, the EFD 1000 offers a simple upgrade path by fitting into standard instrument panel holes while adding modern capabilities to older aircraft. “You literally have in your cockpit today more capable avionics than in a 737,” said Aspen president and CEO John Uczekaj. “It’s been quite a remarkable journey in a short time.”
Rockwell Collins is demonstrating a host of new technology solutions at Farnborough 2014, from its MultiScan weather radar to NextGen communications and navigation systems.
This has got to stop. We all know that FAA inspectors at the Flight Standards District Office (FSDO) level are overworked and that FAA regulations, policies, procedures and programs impose impossible requirements on agency personnel. But when a drop-dead simple piece of paperwork that needs an approval signature hits the desk and gets delayed for some obscure confounded reason, causing the grounding of a multimillion-dollar jet, well, this simply has got to stop.
As of June 26 this year, there were 3,423 wide-area augmentation system (Waas) localizer performance with vertical guidance (LPV) approach procedures serving 1,686 U.S. airports. There are also 552 localizer performance (LP) approach procedures in the U.S. serving 402 airports. A complete list of all LPVs and LP approaches is published on the FAA website.
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