The Victor carried a crew of five, including a pilot, co-pilot, two navigators, and an electronics systems officer, all in a spacious cockpit.
Below is a piece of Victor cutaway (K Mark 2), illustrating the close proximity of the 'escape' hatch to the engine intakes and wing structure.
Originally planned to provide the entire crew with an escape pod, the Victor design eventually conceded to providing ejection seats, but only for the pilot and co-pilot. Early models had the door situated closer to the intakes than later models-even so, it must have been daunting to see such a cavernous obstacle (intake/wing) close-by.
The vexed subject of rear crew escape received considerable attention in 1958 and was the source of numerous tests in escape techniques from the Victor by the AAEE at Boscombe Down. Tests revealed that a 'live' crew could just reach the escape door (ie entrance) at speeds up to 290kts and acceleration up to 1.25g. However these test subjects remained firmly on board. Dummies on the other hand were tossed out at higher speeds. Unfortunately these dummies tended to strike the engine intake lip. "They never lived to tell the tale." These tests were conducted with the Victor Mk 1.
Bombing tests with the Victor B Mk 2 in the early 60's revealed more problems, for the navigator. When in the prone visual bomb aiming position, wearing a back parachute and high level oxygen equipment, a quick egress from the aircraft was impossible. In 1965, use of this position was approved at lower heights where the more cumbersome flying clothing was not required.
Poor design for a 'modern' aircraft?
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Below is a piece of Victor cutaway (K Mark 2), illustrating the close proximity of the 'escape' hatch to the engine intakes and wing structure.
Originally planned to provide the entire crew with an escape pod, the Victor design eventually conceded to providing ejection seats, but only for the pilot and co-pilot. Early models had the door situated closer to the intakes than later models-even so, it must have been daunting to see such a cavernous obstacle (intake/wing) close-by.
The vexed subject of rear crew escape received considerable attention in 1958 and was the source of numerous tests in escape techniques from the Victor by the AAEE at Boscombe Down. Tests revealed that a 'live' crew could just reach the escape door (ie entrance) at speeds up to 290kts and acceleration up to 1.25g. However these test subjects remained firmly on board. Dummies on the other hand were tossed out at higher speeds. Unfortunately these dummies tended to strike the engine intake lip. "They never lived to tell the tale." These tests were conducted with the Victor Mk 1.
Bombing tests with the Victor B Mk 2 in the early 60's revealed more problems, for the navigator. When in the prone visual bomb aiming position, wearing a back parachute and high level oxygen equipment, a quick egress from the aircraft was impossible. In 1965, use of this position was approved at lower heights where the more cumbersome flying clothing was not required.
Poor design for a 'modern' aircraft?
