To improve situational awareness and gather more specific data about helicopter movements and helicopter noise, the FAA is requesting that pilots of civil helicopters operating under VFR at or below 6,000 feet in the Los Angeles Basin squawk transponder code 1205 between September 1 and Feb. 27, 2015. Law enforcement and other first-responder helicopters have been asked to squawk 1206. However, both rotary- and fixed-wing pilots should continue to squawk 1201 when flying in the L.A. Special Flight Rules Corridor.
General Atomics Aeronautical Systems (GA-ASI) planned to conduct functional flight tests of an unmanned aircraft detect-and-avoid (DAA) system early this month in advance of trials on the NASA Ikhana Predator B slated to begin in November.
Trig Avionics has partnered with the NextGen GA Fund, which will help provide loans for avionics upgrades. Trig’s TT31 mode-S transponder is an easy and cost-effective tray-compatible retrofit for the ubiquitous King KT76A found in many GA aircraft, and this upgrade provides a 1090ES-compliant ADS-B out installation. Trig also manufactures the “world’s smallest” mode-S transponder, the TT22, which features 1090ES ADS-B out and an integral altitude encoder.
Testifying yesterday before the Senate subcommittee on aviation on the status of NextGen ATC implementation, FAA deputy administrator Michael Whitaker told lawmakers that “both the FAA and industry must be held accountable if NextGen is to succeed.”
The FAA proposes to adopt a new airworthiness directive for certain Rockwell Collins TDR-94 and TDR-94D mode-S transponders. The AD was prompted by instances of the transponders not properly responding to mode-S only all-call interrogations when the airplane transitioned from a ground to airborne state.
Remotely piloted aircraft (RPA) manufacturer General Atomics says it has successfully tested sense-and-avoid architecture and self-separation functionality that could be the key to keeping piloted aircraft and RPAs apart in the air. The recent test marked the first time the technology has functioned as a true “system of systems” to detect every class of aircraft equipage, and it paves the way for a due regard capability, that ability to avoid aircraft, objects and weather.
One of the air traffic management systems least well known to pilots is multilateration, sometimes called MLat, or multilat, or WAM (for wide-area multilateration).
L-3 Aviation Products announced that it has established a presence in India and that AgustaWestland has selected L-3’s Trilogy electronic standby instrument for new production A119 helicopters.
In February, L-3 (Chalet A306, Static E170) had announced plans to add “technical support for its customers, engineering oversight for programs and expanded business development coverage” at the India Air Show in February. “The local presence advances L-3’s long-term business growth in the emerging Indian aerospace sector, as well as the region,” according to L-3.
A recent update to the FAA’s aeronautical information manual (AIM) specifically wants to refocus how pilots use their transponders on the ground. For years, most pilots became used to ensuring transponders were turned off until takeoff or as part of the after-landing checks. The AIM now says, “Civil and military transponders should be turned ‘on’ to the normal altitude-reporting position prior to moving on the surface to ensure the aircraft is visible to ATC [ground] surveillance systems.”
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