The FAA released two proposed advisory circulars last week–AC 120-UPRT and AC 120-109A–to establish new guidelines for pilot upset training. These draft rules were developed as part of the qualification, service and use of crewmembers and aircraft dispatchers final rule published on November 12 last year.
Garmin today announced a new angle-of-attack (AOA) indicator system and a new radar altimeter for general aviation aircraft installations. The GI 260 AOA price starts at $1,499 and offers aircraft owners a way to take advantage of the FAA’s new effort to encourage adoption of AOA systems by making installations less costly. The new $6,995 GRA 55 radar altimeter can help helicopter operators meet the requirements of new FAA Part 135 regulations that mandate such equipment for helicopter emergency medical services operators and other operations.
In recognition of the benefits of angle-of-attack (AOA) indicating systems, the FAA has revised its policies to allow simpler certification and installation approval for the devices. This applies only to aircraft in which an AOA system is not required, according to the FAA memorandum that outlined the change. “Preventing loss of control in general aviation (GA) is a top focus area of the FAA and the GA community.
Brazil’s Agência Nacional de Aviação Civil (ANAC) has approved CenTex Aerospace’s Halo 250 conversion for the Beechcraft King Air 200 series. It allows any King Air 200 to carry up to 920 pounds more payload by increasing the maximum takeoff weight to 13,420 pounds from 12,500 pounds. A new Airplane Flight Manual supplement has performance data for takeoff flight path to 1,500 feet agl and the landing approach flight path in normal and icing conditions.
The FAA plans to clarify, but not change, its Part 25.1329h design considerations for manufacturers of aircraft low-speed alerting and protection devices.
The FAA issued a special airworthiness information bulletin (SAIB) NM-14-05 related to potential wing/aileron oscillations on various BAe 125/Hawker business jets. The November 27 bulletin covers the following types: the 750, 800, 800A (including C-29A and U-125/U-125A versions), 800B, 800XP, 850XP, 900XP, 1000, 1000A and 1000B.
In an online forum, a professional pilot wondered whether he might be incorrectly controlling the aircraft when he performed a slip on final approach because the airspeed always increased, not decreased as he’d been taught. Slips in transport aircraft are sometimes restricted or even prohibited, making it hard for pilots to know how to handle them when they are required.
When the FAA amended aircraft stall training last year to emphasize reducing angle of attack over the long-used procedure of limiting altitude loss above all else, training organizations across the U.S. were required to update their curriculums to reflect those changes.
The FAA is due to issue a rule requiring a new approach to stall training for airline pilots that runs counter to previous guidance. According to Dr. Jeff Schroeder, the agency’s chief scientific and technical officer, the new approach will “take a lot of work to undo previous training because some pilots are ‘spring-loaded’ to the previous technique.”
The FAA issued a rule on November 5 specifically aimed at improving advanced pilot training for Part 121 pilots. The regulation is a direct result of a U.S. Congressional mandate following the 2009 crash of Colgan Flight 3407 near Buffalo, N.Y., in which the pilots first stalled and then lost control of the aircraft on approach.