Fidelity Technologies to support USAF training systems

Five-year contract covers a range of training products & services for the U.S. Air Force.


Reading, Pennsylvania – Fidelity Technologies Corp. is one of 13 companies selected as a TSA III awardee in the Small Business Pool. The Training Systems Acquisition (TSA) III multiple award contract vehicle is an indefinite delivery/indefinite quantity (IDIQ) contract which has an ordering period of five years, plus five 12-month option periods. TSA III has a procurement ceiling of $20.9 billion.
 
TSA III is an omnibus contract designed to accommodate all Air Force Life Cycle Management Center (AFLCMC) Simulators Division training systems, and training-related acquisitions, such as; requirements analysis, development, production, and modifications to training devices, training system sustainment, and training instruction. 
 
Dave Gulati, president of Fidelity, noted that “Fidelity has a long history of providing responsive high quality training system services to the U.S. Navy and U.S. Marine Corps. The TSA III opportunity, which uniquely aligns our capabilities, will allow Fidelity to provide the USAF the same training system solution commitment on which Fidelity has built a proven reputation for successful execution.”
 
The mission of AFLCMC Simulators Division is to lead the development, acquisition, and sustainment efforts necessary to meet every Air Force Major Command (MAJCOM) simulation and training requirement. Fidelity will provide program management (PM), production and modifications of training devices, contractor logistics support (CLS), instructional services (IS) and training system support center (TSSC) services to U.S. Air Force training facilities both domestic and abroad.
 
The AFLCMC Simulators Division serves USAF active duty, reserve, and National Guard units as well as the Department of Defense (DOD) joint warfighter, including foreign military sales (FMS). Aircraft platforms supported include: fighter, bomber, cargo/airlift/tanker, unmanned aerial vehicles (UAVs), and special operations for both fixed wing and rotary wing platforms. Training system performance parameters are defined by requirements unique to each platform’s mission and unique training needs.
 
Source: Fidelity Technologies Corp.
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