Spatial Disorientation CLS FA862125RB017
Summary
AI-generated · Nov 22, 2025Provide CLS, modifications, upgrades, testing, and other support for five Gyro Integrated Physiological Trainer II (GYRO IPT II) devices located at five sites to support Spatial Disorientation training for USAF undergraduate pilot students under the AETC syllabus. The GYRO IPT II is a commercially available trainer used to expose students to vestibular and visual illusions so they can recognize, confirm, prevent, and recover from spatial disorientation.
Requirements include the ability to replicate past accident scenarios as demonstration training events, set environmental parameters before flights, and use aircraft and instrument data to replay scenarios while maintaining the ability to transfer flight control to the pilot. The SD trainer must be maintenance-friendly, allowing routine maintenance tasks to be completed within 24 hours by properly trained personnel, to support training for 10 hours per day, five days a week.
SD training is currently required and conducted in United States Air Force (USAF) pilot training as part of Air Education & Training Command (AETC) classroom-based training and in-flight demonstrations using the T-6 aircraft. USAF Pilot training is conducted at Columbus AFB MS, Laughlin AFB OK, Sheppard AFB TX, JBSA Randolph TX and Vance AFB OK. Currently, each student experiences basic SD illusions by training in the Gyro Integrated Physiological Trainer (IPT), Generation II (GYRO IPT II), which is a commercially available product, support the Spatial Disorientation (SD) training requirements in the Air Education and Training Command (AETC) Student Undergraduate Pilot Training syllabus. SD training systems expose undergraduate pilots and aircrew to typical vestibular and visual illusions found in aviation, allowing them to recognize, confirm, prevent, and recover from SD. The Program Requirements can be summarized per the list below: CLS, Mods, Upgrades, Testing, and other support for 5 devices located at 5 sites. Ability to replicate past/recent accident scenarios as a demonstration training event. Set environmental parameters prior to flight and use flight data (aircraft data as well as instrument data) ability to replay while maintaining the ability to transfer control of fight to the pilot at one time. The SD Trainer will be maintenance friendly, enabling routine maintenance tasks to be accomplished within 24 hours (by properly trained personnel), to ensure the SD Trainer can support training for 10 hours/day, 5 days/week.
From Sources Sought posted on Nov 21, 2025Notice history
1Details
Award Information
Not yet awarded
Contacts
Agency
Place of Performance
USA