Boeing / Saab · Advanced Jet Trainer · USA · Digital Age (2010–present)
The Boeing-Saab T-7A Red Hawk is an American-Swedish jet trainer built to replace the long-serving T-38 Talon in US Air Force service. Boeing and Saab co-developed the design between 2014 and 2023, with the first production aircraft flying on 28 June 2023. Service entry is now planned for 2028, four years later than the original 2024 target. Boeing won the USAF T-X competition on 27 September 2018, beating Lockheed Martin/KAI and Leonardo bids, under a contract worth roughly $9.2 billion for 351 airframes. The Red Hawk will equip Air Education and Training Command as the high-end lead-in trainer feeding the fifth-generation fighter pipeline.
Power comes from a single General Electric F404-GE-103 afterburning turbofan rated at 17,200 lbf — the same core used in the F/A-18 Hornet, requalified for trainer-pilot duty cycles. Top speed is Mach 1.3, range 1,852 km, service ceiling 15,240 m, and maximum take-off weight 5,440 kg. The two-seat tandem cockpit places student and instructor behind large-format multifunction displays paired with a helmet-mounted sight, driven through fly-by-wire flight controls. Ground-attack training is built in from day one, and full air-to-air weapons carriage is planned. The point of the airframe is to bridge directly from the T-6 Texan II to the F-22, F-35 and F-15EX cockpits, removing the awkward generational gap the T-38 leaves behind.
Development has been dragged by software certification troubles and cockpit-ergonomics rework. First USAF delivery, originally booked for 2024, has slipped repeatedly to 2028 as flight-control software certification and escape-system geometry have been reworked — the ACES 5 ejection seat showed injury risks for smaller-stature pilots, particularly women at the 5th-percentile body-size range. Boeing St. Louis is now ramping production: five T-7As are flying in 2026 for test and evaluation, full-rate production is planned for 2027, and the first front-line delivery is scheduled for 2028. The Swedish, Korean, Israeli and Japanese air forces have signalled future interest. The aircraft it replaces, the T-38 Talon, will have served 64 years by the time the Red Hawk takes over in 2028.
The Boeing-Saab T-7A Red Hawk is a new American jet trainer. The US Air Force will use it to teach new pilots how to fly fast jets. The T-7A will replace the older T-38 Talon trainer, which has been flying since the 1960s.
Boeing teamed up with the Swedish company Saab to build the T-7A. The jet first flew in 2016. The Air Force agreed to buy 351 T-7As for about nine billion dollars. The new trainer should enter service in 2028 after some delays.
The T-7A uses one F404 engine, the same kind used in the F/A-18 Hornet fighter. The plane can fly faster than the speed of sound, with a top speed of about 990 mph. It has two seats in a row — one for the student and one for the teacher.
The T-7A is smaller than most fighter jets. It is about as long as a city bus. The cockpit has modern computer screens and works much like the F-35 fighter. This will help new pilots learn to handle real fighter jets later in their training.
The old T-38 Talon has been flying since the 1960s and is starting to wear out. New fighter jets like the F-35 are very different from the old T-38. The T-7A has modern computer screens and flies more like a real fighter, so students learn the right skills.
The name honors the Tuskegee Airmen, a famous group of African American pilots from World War II who painted the tails of their fighters red. They became known as Red Tails. The Air Force chose Red Hawk to remember them.
Three problems drove the slip from 2024 to 2028. First, flight-control software certification: the fly-by-wire control laws proved harder to qualify against USAF aerobatic and trainer-envelope rules than Boeing had budgeted, demanding extra test-flight hours and iterative re-certification. Second, ejection-seat human engineering: the ACES 5 escape system showed potential injury risk to smaller-stature pilots, including women in the 5th-percentile body-size band, and USAF mandated redesigns to cover the full pilot-population envelope. Third, requirements creep during engineering — additional weapons integration plus updated communications and datalinks were folded in after contract award, stretching the development phase. Boeing has absorbed roughly $1.3 billion in cost overruns on the fixed-price contract.