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Solving Critical Fluid Management Challenges Beyond Earth Orbit
Long-duration missions demand reliable fluid management, contamination control, and thermal performance. Mott helps aerospace engineers solve these challenges with flight-proven filtration, flow control, and porous media technologies.
The Deep Space Reality: What Missions Are Up Against
Operating beyond Earth orbit introduces engineering challenges that traditional aerospace systems were never designed to address.
Contamination Control
Protect propulsion systems, scientific instruments, and life-support equipment from harmful particulate contamination.
Fluid & Gas Management
Enable reliable fluid acquisition, transfer, and control in microgravity and reduced-gravity environments.
Extreme Thermal Conditions
Maintain performance through harsh thermal cycling experienced during lunar day/night transitions and deep-space operations.
SWaP Constraints
Reduce size, weight, and power requirements without sacrificing reliability or performance.
Cryogenic Propellant Management
Improve storage, transfer, and utilization of cryogenic propellants for lunar, cislunar, and deep-space missions.
How Mott Solves Lunar & Deep Space Challenges
Mott combines decades of aerospace expertise with advanced porous metal, mesh, and additive manufacturing technologies to help engineers improve reliability, reduce risk, and optimize system performance.
60+ years engineering filtration, flow, and thermal technologies for aerospace applications
Flight-proven solutions supporting spacecraft, launch systems, and exploration programs
Advanced porous media and additive manufacturing capabilities for complex system requirements
AS9100-certified, U.S.-based manufacturing and engineering support
Why Aerospace
Teams Work With Mott?
- 60+ years engineering filtration, flow, and thermal systems
- Flight‑proven components across propulsion and defense platforms
- AS9100-certified, US‑based manufacturing
- Custom designs built for extreme environments
Trusted by Industry Leaders
Proven in Lunar Exploration
Supporting NASA's PRIME-1 Lunar Mission
Mott's custom flow control assembly successfully completed operational testing on the lunar surface as part of NASA's PRIME-1 mission. The technology supported volatile gas sampling from lunar regolith, helping advance future lunar exploration and resource utilization efforts.
Supporting Human Lunar Exploration
Mott filtration technology was selected for the Gateway lunar space station's HALO module, supporting critical Environmental Control and Life Support System functions designed to provide contaminant-free breathing gases in crewed environments.
Our 3‑Step Engagement Process
01
Requirements Review
Align on specifications, environments, and system constraints, direct collaboration with engineering teams, scope defined around performance and schedule
02
Design & Qualification
Iterative design and formal reviews, testing aligned to launch conditions, ongoing updates through qualification
03
Production & Delivery
Flight hardware built to specification, quality verified and documented, consistent delivery aligned to launch timelines
Lunar & Deep Space Solutions
Mott supports a range of mission-critical systems across lunar exploration, habitation, and deep space programs.
Mesh Filters
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Chemical Propulsion Filter
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Electric Propulsion Filter
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3D Printed STE
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Flow Manifolds
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ECLSS
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Frequently Asked Questions
What are the biggest challenges in lunar and deep-space missions?
Lunar and deep-space missions face unique challenges, including contamination control, microgravity fluid management, extreme thermal cycling, strict size, weight, and power (SWaP) requirements, and long-duration operation without maintenance.
Why is contamination control important for spacecraft systems?
Particulate contamination can impact propulsion systems, valves, regulators, scientific instruments, and life-support equipment. Effective filtration helps improve reliability, protect sensitive hardware, and reduce mission risk.
How are fluids managed in microgravity?
Spacecraft use specialized technologies such as Surface Tension Elements (STEs), Propellant Management Devices (PMDs), and precision flow-control components to acquire, transport, and manage fluids when gravity is unavailable.
Has Mott technology been used on lunar or deep-space missions?
Yes. Mott technologies have supported deep-space exploration and lunar missions, including NASA’s Deep Space 1 mission and NASA’s PRIME-1 lunar mission. Mott solutions have also been used across spacecraft, propulsion systems, scientific instruments, and life-support applications.
Solve Your Lunar & Deep Space Challenges Before They Impact Mission Success
Whether you’re developing lunar landers, habitat systems, resource utilization technologies, or deep space exploration platforms, Mott can help solve complex contamination control, fluid management, thermal management, and reliability challenges.
