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Athens · Thursday, 5 November 2026

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A T-7A Red Hawk trainer jet in flight over Edwards Air Force Base, California

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T-7A Red Hawk: U.S. Air Force completes the final sled test of the trainer’s escape system

The U.S. Air Force says the last high-speed sled test of the T-7A Red Hawk ejection system, run at Holloman at 550 knots, validates a redesigned canopy-fracturing pattern and a new seat sequencer.

Photo: U.S. Air Force (file image, 2023, Edwards Air Force Base)

The U.S. Air Force has completed the last high-speed sled test of the escape system for the T-7A Red Hawk, the advanced jet trainer meant to replace the T-38C Talon. The T-7 Program Office announced the result on Nov. 4, saying the run took place at Holloman Air Force Base, New Mexico, on Oct. 7, 2026.

The test was run by the 846th Test Squadron on the Holloman High Speed Test Track. It simulated an ejection at 550 knots effective airspeed, a demanding point in the envelope because of the air loads on the seat and its occupant.

What was being tested

According to the program office, the main aims were to validate two changes: a redesigned pattern for the system that fractures the canopy, and a modernised ejection seat sequencer. The sled carried an anthropomorphic test dummy representing the lightest occupant in the pilot-candidate range, so that the escape system is shown to protect the full range of future aviators.

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A first review of high-speed video indicated that the sequencer worked as designed and deployed the stabilising drogue parachute for a longer period. The program office says this timing steadies the seat during separation and lowers peak loads on the neck and spine. Trajectory, acceleration and biometric sensor data are still being analysed, so the final results are not yet known.

Col. Robert Volesky, the Air Force Life Cycle Management Center’s T-7A system program manager, called it “a major achievement in our rigorous qualification process”. The program office says the test closes out a matrix of static and dynamic sled runs and clears the way for final qualification of the escape system, which is needed before production aircraft can be delivered.

Why the trainer matters

The Red Hawk is intended to train pilots and weapon systems officers for fourth-generation, fifth-generation and emerging sixth-generation fighters and bombers. It works together with a ground-based training system. Ejection safety is a core qualification item for any new trainer, since student pilots are the people most likely to need the seat.

The Air Force has not said in this announcement when final qualification will be completed or when production deliveries will begin. For related coverage of U.S. Air Force aircraft changes, see our report on the US Air Force ending its A-29 Super Tucano use.

Source: U.S. Air Force Life Cycle Management Center via DVIDS.

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