Engineered for Mission-Critical Reliability
Aerospace and defense systems require absolute reliability under extreme conditions, from high-pressure propulsion systems to the vacuum of space. In these applications, reliability is not optional. Valve performance directly impacts mission success, system safety, operational continuity, and asset protection.
Operators and engineers need technologies capable of maintaining containment integrity and dependable performance where conventional sealing systems are pushed to their limits.
MagDrive solved the hardest problem first: reliably containing cryogenic helium in the vacuum of space.
Working alongside NASA, MagDrive developed zero-emission cryogenic valve technology for high-pressure helium fuel systems, delivering leak-free performance validated by the team at Johnson Space Center.
By eliminating the traditional valve stem leak path entirely, MagDrive’s magnetically actuated valves (MAVs) created a new standard for aerospace valves. MAVs help aerospace and defense operators improve system reliability, maintain containment integrity, reduce maintenance exposure, and operate with greater confidence in mission-critical environments.
Proven In Extreme Aerospace Environments
Validated in collaboration with NASA and top aerospace companies, MagDrive helps operators maintain containment integrity, improve system reliability, and achieve precise control in demanding flight and space environments.
Technical Specifications
Leak-free helium and cryogenic operation
Ensures containment integrity in pressurized and cryogenic systems
Durability in vacuum and high-pressure environments
Engineered for reliable operation from launch through mission completion
Precise electronic actuation
Improve safety and control in propulsion and life-support systems
Proven With
NASA
Tested and validated in the most demanding aerospace applications
