Denmar Technical Services Inc.

Denmar Technical Services Inc., a self-certified small disadvantaged business based in Reno, Nevada, operates as a subcontractor (64% of recent awards) and occasional prime on specialized aerospace engineering, aircraft modification, and flight-test support services for NASA and the Department of Defense. The company is organized as a for-profit Subchapter S corporation and competes in full-and-open procurement without seat on federal multiple-award vehicles or GWACs.

Denmar's capability footprint centers on aircraft modification, airworthiness restoration, flight-test engineering, and data acquisition system support in defense and space research contexts. The company's largest named contract is a $8.5 million firm-fixed-price definitive contract awarded by NASA's Armstrong Flight Research Center on June 1, 2026, for feasibility assessment, modification, and sustainment of a Boeing 737-700 aircraft to support reduced gravity flight operations, including cabin modification, scheduled maintenance, airworthiness restoration, and painting with NASA identifiers; the contract was conducted as sole-source acquisition under FAR 6.103-1 authority because Denmar is the incumbent provider, with performance scheduled through February 1, 2027. The company also holds a $320,000 time-and-materials purchase order from NASA's Langley Research Center for data acquisition system engineering support (awarded June 1, 2023, completing November 30, 2026) and a $23,174 purchase order from NASA's Shared Services Center for data acquisition maintenance services (awarded August 2022, completed May 2023).

Customer concentration aligns heavily with NASA. NASA centers account for 79% of recent awards by count and 100% of combined potential value, split between Armstrong Flight Research Center (6 awards, $8.5 million) and Langley Research Center (2 awards, $1.8 million). The remaining awards, by count, distribute across the Department of the Air Force's Aeronautical Systems Center and Lifecycle Management Center Hill Air Force Base, though the source does not provide dollar magnitudes for those transactions. Two Air Force IDIQs appear in the vehicle stack — FA852819D0015 carrying 2 task orders and FA700021D0002 carrying 1 task order — but Denmar's primary posture is full-and-open competition rather than seat-based access to indefinite vehicles.

On the subcontractor side, Denmar works exclusively under Lockheed Martin on multiple task orders spanning the Low Boom Flight Demonstrator (LBFD), U-2 sustainment and programmed depot maintenance, and F-22 infrared array data support, with named technical staff supporting flight-test consultation, engineering analysis, and aircraft structural integrity programs. The company also subcontracts to Southwest Research Institute on the Center for Aircraft Structural Life Extension (CASTLE) A-10 aircraft structural integrity program, providing up to 400 hours of staff engineer support at $148 per hour for a total of $59,200.

Activity has accelerated in the past two years — one award each in 2022 and 2023, four in 2024, and five in 2025 — with two awards (combined potential value $8.8 million) reaching ultimate completion inside the next twenty-four months and therefore exposed to recompete. Service Contract Inventory data shows SCI-reportable invoiced revenue of $1.4 million in FY2022 across 2.4 FTEs on a single prime contract at a government-paid rate of $288.43 per hour; SCI records for FY2023 and FY2024 on prime contracts reported zero invoiced amounts and zero FTEs, indicating that Denmar's FY2023–FY2024 work flowed through purchase orders and subcontract arrangements below or outside the SCI reporting threshold. Across SCI-reportable prime contracts, Denmar performed 100% of contractor hours with no named subcontractor engagement. The vendor's aircraft-manufacturing and aerospace-systems footprint (8 awards in aircraft manufacturing NAICS; 3 in aeronautical systems and instruments) reflects a specialized technical capability rather than broad government services diversification.