Precision Motor Integration & Encoder Feedback Systems

The contract seeks the supply and integration of compact, high-torque motors equipped with encoder-based position feedback systems for use in vacuum-compatible assemblies, specifically for both inner and outer shafts. These motors must meet stringent performance criteria to ensure precise motion control in extreme environments, with a focus on reliability, thermal stability, and electromagnetic compatibility under vacuum conditions. The integration must support seamless alignment and synchronization between shafts, with feedback systems delivering real-time positional data to enable closed-loop control essential for mission-critical applications. The solicitation is issued as a subcontract under NASAs Shared Services Center, with a NAICS code of 334516 indicating classification within the instrumentation and industrial control manufacturing sector. Responses are due by August 3, 2026, and the work is expected to support NASA space systems requiring high-precision actuation in non-atmospheric conditions. While no specific place of performance or set-aside details are provided, bidders must demonstrate technical expertise in vacuum-compatible motor design, encoder integration, and proven experience in aerospace or high-reliability applications. All proposals must align with NASA’s standards for quality, performance, and environmental resilience without compromising system longevity or operational accuracy.