Get heat management that keeps your electronics flying
Emergent Spacecraft Heat Solutions designs PCB embedded vapor chambers, wedge locks, and autonomous liquid cooling for spacecraft hardware that can't overheat.
The thermal problem isn't more cooling
Thermal management for spacecraft electronics isn't about adding more cooling. It's about engineering the path for heat to leave. Our hardware is specified and built for that job.
Thermal hardware that holds up in review
Engineers evaluating our PCB embedded vapor chambers and wedge locks checked the numbers. Here's what they said about performance. Real feedback, grounded in test data.
The vapor chamber held our target junction temperature through the full thermal cycle. The data matched the spec sheet, which is rare for new hardware.
Marcus Chen
Senior Thermal Engineer at SmallSat Systems
We swapped in the high conductance wedge locks and saw a measurable drop in board temperature. Installation was straightforward, and the interface resistance was as stated.
Elena Petrova
Spacecraft Hardware Lead at AeroTest Labs
The autonomous liquid cooling loop managed the transient load without manual tuning. The standalone microprocessor kept the valve response where it needed to be.
David Okafor
Electronics Integration Engineer at Orbital Dynamics
Clean drawings, clean tolerances. We appreciated that the thermal interface material was pre-applied and the mounting holes lined up on the first pass.
Sofia Ramirez
Mechanical Design Engineer at Parallel Systems
We reviewed the vapor chamber test report before delivery. The flatness and wick performance checks were solid. That level of documentation builds confidence.
James Whitfield
Procurement Specialist at Vertex Aerospace
The wedge lock held firm through vibration testing. No sign of loosening, and the board stayed seated. Simple in the best way.
Priya Sharma
Test Engineer at Helios Aerospace
Numbers that hold up in orbit
Every solution is specified for the thermal load it must survive, tested, and ready for your flight program.
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Foundational product lines engineered for spacecraft electronics
100%
Of systems designed around verifiable thermal performance data
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Focused engineering team in Los Angeles dedicated to your mission
Vapor chamber packages in Los Angeles
Three engagement tracks for spacecraft thermal hardware. Pick the level of involvement your program needs, from component supply to full integration support.
Component supply
Vapor chambers, wedge locks, and valves sourced to your print.
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PCB embedded vapor chambers
High conductance wedge locks
Autonomous control valves
Thermal interface materials
Design support
Engineering review and integration guidance for your thermal path.
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Thermal modeling review
PCB layout consultation
Wedge lock selection
Test plan support
Full integration
End-to-end support from component selection to hardware delivery.
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Complete thermal assembly
Standalone microprocessor setup
Valve calibration
Qualification support
Ready to spec your thermal solution?
We're an early-stage team focused on getting your electronics the thermal management they need. Contact us to discuss your hardware's thermal budget and requirements.