MEMBER ALERT: AOPA Pilot Information Center and Member Services will be closed today, Dec. 12, after 2:30 p.m. Eastern, and will reopen Dec. 13 at 8:30 a.m. Eastern. Thank you for your understanding.
July 26, 2011
By Alton K. Marsh
BRS Aerospace, growing rapidly with sales of airframe safety parachutes and parachutes for military uses, is testing an electronic means for the pilot to launch the parachute during an emergency.
Electronically fired rockets have been tested. Rockets are used to extract the parachute from its canister after a pilot determines that the emergency requires the use of the recovery chute. Currently, pilots manually pull a lever that fires the parachute.
The switch’s location is still being studied. It must be accessible but not in a position to be fired accidentally.
In other BRS news, the company and Flight Design said they have an agreement to put the BRS airframe recovery system on Flight Design's proposed new C4, the first venture by Flight Design into the fully certified aircraft market. The C4 is a 160-knot (true airspeed), four passenger high-wing composite aircraft.
Pilot Safety and Skills,
Your mission: Fly with eight F-15s to the Philippines, rejoin, refuel with air tankers, engage an unknown number of Red Air fighters, refuel again, and then return home to Okinawa. And fly with radio silence up to the first contact with the Red Air fighters.
The Aviation Safety Reporting System is a voluntary safety reporting program that allows airmen to make anonymous reports to the government about issues encountered in aviation, with anonymity allowing the airman to be candid–even when their actions may have been a violation of the regulations.
A small team of specialists at NASA’s Langley Research Center has taken to the skies in a Falcon jet hunting bugs.
AOPA thanks our members for their continued support in protecting the freedom to fly.