Renaissance Services Inc.

Renaissance Services Inc., a self-certified small disadvantaged business based in Fairborn, Ohio, delivers aerospace and defense engineering services to the Department of Defense and its components as a prime contractor (86% of recent awards), competing predominantly under total small business set-asides. The company specializes in reverse engineering, additive manufacturing, technical data package development, prototype development, and advanced casting technologies for legacy defense systems and next-generation propulsion innovation.

Renaissance's customer concentration is extreme and skewed toward the Air Force. The top five customers by award count account for 69% of awards, but the top customer by potential value — the Department of the Air Force — holds 3 awards worth $975 million combined potential value, almost entirely anchored by a single $975 million multiple-award Indefinite Delivery Contract with the Air Force Life Cycle Management Center's Rapid Sustainment Office (RSO), valued at up to $975 million over nine years and effective through July 2033. This contract, awarded July 30, 2024, enables the RSO to procure research, engineering, prototype development, testing, and reverse engineering services with unrestricted and partial small business set-aside task order pools. Beyond the RSO IDC, the Defense Logistics Agency Troop Support (3 awards, $4.3 million combined potential value) and the Air Force Research Laboratory (9 awards, $4.2 million combined potential value) represent the meaningful operational customer set; the AFRL work is concentrated in SBIR Phase I and Phase II research contracts for additive manufacturing and advanced propulsion technologies.

Representative prime awards include a $1.39 million firm fixed-price definitive contract from AFRL for the Agile Casting and Technology Innovations for Value Engines (ACTIVE) program (set aside total small business, completion August 2027), a $2.48 million SBIR Phase II contract from DLA for TF34 lubricating cooler reverse engineering and technical data package development (July 2023, set aside total small business, completion July 2026), and a $1.27 million SBIR Phase II definitive contract from the Army for advanced research and development under Topic A224-001 (June 2023, set aside total small business, completion December 2024). SBIR work dominates Renaissance's prime portfolio — the source lists multiple Phase I and Phase II SBIR contracts across AFRL, DLA, and Army spanning 2022 through 2025, with award values between $72,500 and $2.48 million.

Activity has remained flat to declining — 2 awards in 2022, 3 in 2023, 4 in 2024, 3 in 2025, and 2 in 2026 — with only 3 awards (combined potential value $4 million) reaching completion inside the next twenty-four months, creating minimal recompete pressure for those specific contracts. However, the RSO IDIQ represents a structural anchor: no recompete date appears in the source, but the contract's nine-year runway through 2033 and multiple-award structure mean task-order competition is continuous. In its subcontractor role, Renaissance provides engineering services to University of Dayton on a Sustainment and Combat Readiness Capabilities (SABR-C) engineering effort (February 2026) and to KBR Wyle Services on avionics product and life-cycle analysis for the Air Force Supply Chain Management Wing (May 2024). Renaissance also serves as a sub-recipient on a federal grant sub-award under the National Center for Defense Manufacturing and Machining (September 2024). Work across Renaissance's portfolio is concentrated in research and development NAICS codes (13 awards under R&D in Physical, Engineering, and Life Sciences; 5 awards under R&D in Physical, Engineering, and Life Sciences except Biotechnology) and defense applied research and experimental development PSC lines.

Renaissance Services provides advanced technology and services to companies creating highly engineered products in industries such as aerospace & defense. Renaissance is a pioneer in Product Lifecycle Management (PLM).