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Textron Systems to Deliver Maintenance Training Systems for U.S. Air Force T-7A Program
A $41 million initial order supports development of advanced maintenance trainers designed to prepare U.S. Air Force personnel to sustain the T-7A aircraft and its subsystems.
www.textron.com
Award Builds on Textron Systems’ Core Strength of Delivering High-Fidelity Training Solutions Across Multiple Domains
As the U.S. Air Force modernises its pilot training fleet, equal emphasis is being placed on preparing maintenance personnel to support next-generation aircraft. Advanced maintenance training systems are increasingly used to reduce time to proficiency, improve readiness, and limit reliance on operational aircraft for training activities.
Within this context, Textron Systems, a subsidiary of Textron, has received a purchase order from Pinnacle Solutions, an Akima business, to support the U.S. Air Force’s T-7A Advanced Pilot Training (APT) Program Maintenance Training System (MTS).
Scope of the maintenance training system
The award includes a three-year base period valued at $41 million, with additional contract options that could bring the total value to up to $62 million. Under the agreement, Textron Systems will design, develop, and produce the common fuselage structure used in three maintenance trainers, as well as deliver the Mid-Integrated System Maintenance Trainer (ISMT) and Aft ISMT in full.
The optional portion of the contract includes production units of these training devices, supporting potential expansion of the training system as the T-7A fleet scales.
Training capability and system coverage
The T-7A Maintenance Training System is designed to provide maintainers with foundational skills required to support the aircraft and its associated subsystems. The ISMTs enable training across multiple aircraft systems within simulated environments, allowing personnel to practice maintenance tasks without accessing live aircraft.
Training functions supported by the system include component removal and installation procedures, visual inspections, system familiarisation, and other core maintenance activities. This approach is intended to improve consistency and depth of training while reducing operational disruption.
Role in T-7A readiness and sustainment
The T-7A program introduces a new training aircraft platform for the U.S. Air Force, requiring updated sustainment processes and technician skill sets. Maintenance training systems such as the ISMTs are designed to accelerate the transition by providing realistic, repeatable training environments aligned with the aircraft’s digital architecture.
By supporting early and ongoing maintainer qualification, the system contributes to aircraft availability and long-term fleet readiness.
Production and delivery location
All work under the contract will be carried out at Textron Systems’ facility in Goose Creek, South Carolina. The site specialises in military simulation and mission and maintenance training systems, supporting both aircrew and ground personnel preparation across fighter, transport, and bomber aircraft programs.
Broader relevance for defense training
The award reflects continued investment by the U.S. Air Force in synthetic training solutions that complement live training assets. As aircraft platforms become more complex, integrated maintenance training systems are increasingly viewed as critical infrastructure for sustaining operational capability throughout a program’s lifecycle.
www.textron.com
As the U.S. Air Force modernises its pilot training fleet, equal emphasis is being placed on preparing maintenance personnel to support next-generation aircraft. Advanced maintenance training systems are increasingly used to reduce time to proficiency, improve readiness, and limit reliance on operational aircraft for training activities.
Within this context, Textron Systems, a subsidiary of Textron, has received a purchase order from Pinnacle Solutions, an Akima business, to support the U.S. Air Force’s T-7A Advanced Pilot Training (APT) Program Maintenance Training System (MTS).
Scope of the maintenance training system
The award includes a three-year base period valued at $41 million, with additional contract options that could bring the total value to up to $62 million. Under the agreement, Textron Systems will design, develop, and produce the common fuselage structure used in three maintenance trainers, as well as deliver the Mid-Integrated System Maintenance Trainer (ISMT) and Aft ISMT in full.
The optional portion of the contract includes production units of these training devices, supporting potential expansion of the training system as the T-7A fleet scales.
Training capability and system coverage
The T-7A Maintenance Training System is designed to provide maintainers with foundational skills required to support the aircraft and its associated subsystems. The ISMTs enable training across multiple aircraft systems within simulated environments, allowing personnel to practice maintenance tasks without accessing live aircraft.
Training functions supported by the system include component removal and installation procedures, visual inspections, system familiarisation, and other core maintenance activities. This approach is intended to improve consistency and depth of training while reducing operational disruption.
Role in T-7A readiness and sustainment
The T-7A program introduces a new training aircraft platform for the U.S. Air Force, requiring updated sustainment processes and technician skill sets. Maintenance training systems such as the ISMTs are designed to accelerate the transition by providing realistic, repeatable training environments aligned with the aircraft’s digital architecture.
By supporting early and ongoing maintainer qualification, the system contributes to aircraft availability and long-term fleet readiness.
Production and delivery location
All work under the contract will be carried out at Textron Systems’ facility in Goose Creek, South Carolina. The site specialises in military simulation and mission and maintenance training systems, supporting both aircrew and ground personnel preparation across fighter, transport, and bomber aircraft programs.
Broader relevance for defense training
The award reflects continued investment by the U.S. Air Force in synthetic training solutions that complement live training assets. As aircraft platforms become more complex, integrated maintenance training systems are increasingly viewed as critical infrastructure for sustaining operational capability throughout a program’s lifecycle.
www.textron.com
