Mott and deltaVision Align to Deliver Integrated Flow Control Solutions for Next‑Generation Spacecraft Propulsion

Mott Corporation and deltaVision have formed a new partnership aimed at strengthening the supply chain for spacecraft propulsion systems that require high precision flow control and contamination‑free operation. The collaboration brings together deltaVision’s advanced valve technologies and Mott’s filtration, flow restrictors and engineered assemblies, creating a more unified offering for propulsion system integrators facing increasingly demanding mission profiles.

The companies are positioning their combined capabilities to support both chemical and electric propulsion architectures, where flow stability, particulate control and thermal resilience directly influence system performance. As spacecraft designers push toward higher specific impulse, tighter tolerances and more compact feed systems, the need for integrated, qualification‑ready hardware has grown significantly.

A key element of the partnership is coordinated qualification and testing, which can reduce development timelines for spacecraft manufacturers. By aligning engineering processes and performance standards, Mott and deltaVision aim to simplify procurement and reduce the number of suppliers required to build a complete propulsion feed system.

The collaboration also includes joint development of next‑generation flow control technologies designed for extreme environments, including high‑temperature oxidizers, cryogenic propellants and long‑duration deep space missions. Both companies see opportunities to support emerging commercial programs as well as government missions that require high reliability hardware.

As propulsion systems become more complex and mission durations increase, the industry has placed greater emphasis on supply chain resilience and component integration. The Mott–deltaVision partnership reflects this shift, offering spacecraft manufacturers a more consolidated and technically aligned source for mission‑critical flow control hardware.