
One thing of interest to me they tried was the articulating ejection seat he mentions - the pilot presses a button on the stick and the seat reclines the pilot to a reclined position for high G turns.
During the Demonstration/Validation (DemVal) phase of prototype production for the YF-22 aircraft (produced by Lockheed Aeronautical Systems (LASC) with partners Boeing Military Airplanes and General Dynamics Fort Worth), a very unique ejection seat was designed. The YF-22 ACES II seat was modified from a standard A-10/T-46A version to have a particularly unique feature.
In modern combat with the extremely dynamic manuevering ability of new aircraft the pilot must be able to survive and be in control of the aircraft while being exposed to rapid and high changes in G-force. There are two traditional methods of dealing with this problem. One is the use of the combined anti-g-suit and g-straining manuever (which involves a physical tensing of certain muscles while breathing in a certain manner), the other is placing the seat in a reclining posture. Both methods were examined by the project teams, with a new style anti-G-suit being issued for the former, and the modification to the ACES II seat for the latter.
The concept was simple (as so many engineering concepts are), but required much work to develop. The seat was to be installed in a traditional semi-upright posture with a seat back angle of 15 degrees, but to have the ability of changing the seat back angle to 55 degrees either by the pilots choice, or possibly automatically selected by the flight control computer at the onset of rising Gz. Many factors had to be considered during the design phase..
http://www.ejectionsite.com/yf22seat.htm
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