T-7A Red Hawk aircraft stops at Wright-Patterson AFB during transit from testing to Boeing production facility

The jet visited the base to meet with the Air Force Life Cycle Management Center’s T-7 Program Office team. It provided personnel with a close look at the aircraft following its recent testing activities.

The T-7A Red Hawk trainer, APT-4, piloted by a Boeing crew, had completed Hazards of Electromagnetic Radiation to Ordnance testing at the naval facility. It then departed for St. Louis, where it will undergo modifications before transferring to Joint Base San Antonio-Randolph, Texas, later this year.

At Joint Base San Antonio-Randolph, the aircraft is expected to support initial training activities under Air Education and Training Command. The visit marked a key step in the aircraft’s transition toward operational use.

For many of the approximately 100 T-7 Red Hawk Division members present, the visit was their first opportunity to see the aircraft up close. The event allowed team members to engage directly with the aircraft and its crew after years of program development.

After refueling, the T-7 team met with the aircrew and held a brief question-and-answer session. The interaction provided additional insight into the aircraft’s performance and testing experience.

“For many of our team, this is the first time they are getting to physically see and touch the jet they’ve poured our hearts into for years,” said Col. Robert Volesky, Air Force Life Cycle Management Center’s T-7A System Program Manager. “To have it here, on our ramp, is a testament to the tireless dedication of this entire team. It’s a proud day for the T-7 program.”

Thomas Dosedel, T-7A Avionics IPT Lead, said, “What an incredible moment for the entire T-7 team! Seeing the Red Hawk here at Wright-Patterson, after all the years of hard work, makes it all real. This is why we do what we do.”

The T-7A Red Hawk is the U.S. Air Force’s next-generation advanced pilot training aircraft. It is intended to replace the aging T-38C Talon and prepare pilots and weapon systems officers for fourth-, fifth-, and future sixth-generation aircraft.

The aircraft, along with its Ground Based Training System, is designed to provide a safer and more sustainable training platform. It is expected to support national defense pilot production requirements with improved capability and efficiency.