Boeing has started production of the ground-based training system (GBTS) it is developing for its US Air Force (USAF) T-7A Red Hawk advanced jet trainer, according to a company statement.

Boeing started assembling the first two weapons systems trainers (WSTs) and an operational flight trainer (OFT) at the company’s site in St. Louis, Missouri in the fourth quarter of 2020 . These simulators can connect to an actual T-7A cockpit and enable live virtual, constructive, and embedded training scenarios.

A Boeing test pilot operating the company’s T-7A representative operational flight trainer (OFT). The OFT has a five-channel projection system with a 300° field-of-view. (Boeing)

Boeing spokesman Zeyad Maasarani said on 1 December that the WST is designed for the mission crew and focuses on weapon deployment while the OFT is for the pilots and focuses on teaching students how to fly aircraft. The WST has a six-channel projection system with a 360° field-of-view. The OFT has five channels and a 300° field-of-view.

Boeing has started production of the ground-based training system (GBTS) it is developing for its US Air Force (USAF) T-7A Red Hawk advanced jet trainer, according to a company statement.

Boeing started assembling the first two weapons systems trainers (WSTs) and an operational flight trainer (OFT) at the company’s site in St. Louis, Missouri in the fourth quarter of 2020 . These simulators can connect to an actual T-7A cockpit and enable live virtual, constructive, and embedded training scenarios.

A Boeing test pilot operating the company’s T-7A representative operational flight trainer (OFT). The OFT has a five-channel projection system with a 300° field-of-view. (Boeing)

Boeing spokesman Zeyad Maasarani said on 1 December that the WST is designed for the mission crew and focuses on weapon deployment while the OFT is for the pilots and focuses on teaching students how to fly aircraft. The WST has a six-channel projection system with a 360° field-of-view. The OFT has five channels and a 300° field-of-view.

Boeing has started production of the ground-based training system (GBTS) it is developing for its US Air Force (USAF) T-7A Red Hawk advanced jet trainer, according to a company statement.

Boeing started assembling the first two weapons systems trainers (WSTs) and an operational flight trainer (OFT) at the company’s site in St. Louis, Missouri in the fourth quarter of 2020 . These simulators can connect to an actual T-7A cockpit and enable live virtual, constructive, and embedded training scenarios.

A Boeing test pilot operating the company’s T-7A representative operational flight trainer (OFT). The OFT has a five-channel projection system with a 300° field-of-view. (Boeing)

Boeing spokesman Zeyad Maasarani said on 1 December that the WST is designed for the mission crew and focuses on weapon deployment while the OFT is for the pilots and focuses on teaching students how to fly aircraft. The WST has a six-channel projection system with a 360° field-of-view. The OFT has five channels and a 300° field-of-view.

Boeing has started production of the ground-based training system (GBTS) it is developing for its US Air Force (USAF) T-7A Red Hawk advanced jet trainer, according to a company statement.

Boeing started assembling the first two weapons systems trainers (WSTs) and an operational flight trainer (OFT) at the company’s site in St. Louis, Missouri in the fourth quarter of 2020 . These simulators can connect to an actual T-7A cockpit and enable live virtual, constructive, and embedded training scenarios.

A Boeing test pilot operating the company’s T-7A representative operational flight trainer (OFT). The OFT has a five-channel projection system with a 300° field-of-view. (Boeing)

Boeing spokesman Zeyad Maasarani said on 1 December that the WST is designed for the mission crew and focuses on weapon deployment while the OFT is for the pilots and focuses on teaching students how to fly aircraft. The WST has a six-channel projection system with a 360° field-of-view. The OFT has five channels and a 300° field-of-view.

Boeing has started production of the ground-based training system (GBTS) it is developing for its US Air Force (USAF) T-7A Red Hawk advanced jet trainer, according to a company statement.

Boeing started assembling the first two weapons systems trainers (WSTs) and an operational flight trainer (OFT) at the company’s site in St. Louis, Missouri in the fourth quarter of 2020 . These simulators can connect to an actual T-7A cockpit and enable live virtual, constructive, and embedded training scenarios.

A Boeing test pilot operating the company’s T-7A representative operational flight trainer (OFT). The OFT has a five-channel projection system with a 300° field-of-view. (Boeing)

Boeing spokesman Zeyad Maasarani said on 1 December that the WST is designed for the mission crew and focuses on weapon deployment while the OFT is for the pilots and focuses on teaching students how to fly aircraft. The WST has a six-channel projection system with a 360° field-of-view. The OFT has five channels and a 300° field-of-view.

Boeing has started production of the ground-based training system (GBTS) it is developing for its US Air Force (USAF) T-7A Red Hawk advanced jet trainer, according to a company statement.

Boeing started assembling the first two weapons systems trainers (WSTs) and an operational flight trainer (OFT) at the company’s site in St. Louis, Missouri in the fourth quarter of 2020 . These simulators can connect to an actual T-7A cockpit and enable live virtual, constructive, and embedded training scenarios.

A Boeing test pilot operating the company’s T-7A representative operational flight trainer (OFT). The OFT has a five-channel projection system with a 300° field-of-view. (Boeing)

Boeing spokesman Zeyad Maasarani said on 1 December that the WST is designed for the mission crew and focuses on weapon deployment while the OFT is for the pilots and focuses on teaching students how to fly aircraft. The WST has a six-channel projection system with a 360° field-of-view. The OFT has five channels and a 300° field-of-view.