THEAMS
THERMALLY ENHANCED ADDITIVELY MANUFACTURED STRUCTURES-
Next-Level Thermal & Mechanical Management for Satellites
Prevent overheating, maximize performance, and increase satellite revenue with Madrid Space’s innovative thermally enhanced solutions.
Problem Statement: Overheating is Limiting Your Satellite’s Performance
A Patented Solution for Advanced Satellite Thermal Management
THEAMS is the only solution that integrates advanced thermal control directly into your satellite equipment frame, enabling:
15–30°C reduction in component temperature
20–50% increase in power throughput & equipment value
15–25% mass reduction
Enhanced vibration resilience under high-stress conditions
Reduced AIT (Assembly, Integration, and Test) effort
Extended equipment lifespan
Based on 2-phase fluid systems, additive manufacturing, and topology optimization, THEAMS reduces mass, volume, and costs, while improving reliability and revenue potential.
Applications: Ideal for a Wide Range of Satellite Systems
High-Power Antennae
Electronic Housings & PCBs
Laser Communication Terminals
Interferometers, Radar, Altimeters
Support Structures & Brackets for Optical/RF Detectors
Spacecraft Panels Hosting Electronics
Overheating is the leading cause of electronic failures in aerospace, affecting over 55% of satellite electronics (He, Yan & Zhang, 2021). Excessive temperatures slow down processors, reduce lifespan, and limit revenue potential. For every 2 °C increase in junction temperature (~80–90 °C), chip reliability drops by 10% (Lv et al., 2024).
Current solutions fail to extract heat efficiently at the chip or component level without costly additional integration steps. This is where THEAMS comes in.
