Keep Your
Payload Cool
Increase your thermal budget not satellite mass
Problem
& value
proposition
The increasing number of sensors and computational power of payloads are constantly limited by the thermal budget and the ability to dissipate heat from within the satellite. Traditional thermal straps and complex heat dissipation systems create thermal bridges and generate unnecessary losses due to contact resistances. Our solution enables efficient heat dissipation from specific components and their hot spots or larger sections of the payload.
Our radiators
RADIATOR
A’LA MLI

- structure, similar to MLI
- fully passive
- total weight: 1,5 kg/m2
CURRENT TRL: 4 TRL 7 BY 09.25
DEPLOYABLE BY
UNFOLDING

- fully passive
- one-shot deployment
- radiation to both sides
- total weight: 3 kg/m2
CURRENT TRL: 4 TRL 7 BY 09.25
DEPLOYABLE BY
UNROLLING

- radiator rolled on spool
- active, with motor
- allows to control level of rejected heat
- total weight: TBD
TRL 5 by 04.25
Supported by
We cooperate with the Research Group “Materiały dla Energetyki”.
ISO 9001











