SmartIR, a University of Manchester spinout, has announced that graphene-based adaptive radiator has launched aboard SpaceX’s Falcon 9 Transporter-12 as part of Mission 2, a collaboration with Hydra Space and Alba Orbital.
This mission addresses a critical challenge in the space sector: the need for cost-effective thermal management solutions. Current low-orbit satellites often rely on heaters, which increase power consumption, while long-orbit satellites utilize heavy and bulky systems such as thermal louvres. SmartIR’s graphene-based radiator offers a solution to this problem, enabling satellites to flexibly manage thermal energy. The technology fully vents heat from all surfaces when in Earth’s shadow and selectively shields only the side exposed to the sun during orbit.
The radiator has been integrated into a pico-satellite manufactured by Hydra Space, with Alba Orbital managing the integration and operations. The satellite will be deployed into Low Earth Orbit (LEO) to test the radiator’s performance in real LEO duty cycles. The mission will evaluate the radiator’s ability to withstand launch conditions, demonstrate its effectiveness in space and capture performance data.
SmartIR was founded in early 2020 with support from the University of Manchester Innovation Factory. The company was established by Professor Coskun Kocabas, a leading expert in the optical properties of graphene, Dr. Margherita Sepioni, who has extensive experience in commercializing graphene technologies and Paul Kahn, former CEO of Airbus Group UK. Since its inception, SmartIR has focused on product development and validation to meet the rigorous requirements of the space sector.
Dr. Margherita Sepioni, CEO and Co-founder of SmartIR, said: “This mission marks a transformative moment for SmartIR. The successful demonstration of our graphene smart radiator in LEO could redefine thermal management systems for small satellites, unlocking new possibilities for space exploration and commercialization. We believe this success will accelerate the adoption of SmartIR’s innovative solutions and set a new standard for satellite thermal management, contributing to a more efficient and sustainable space industry.“
Pietro Steiner, SmartIR Product Development Manager, added: “Working alongside partners like Hydra Space and Alba Orbital has been instrumental in realizing Mission 2. This launch not only validates the potential of our technology but also paves the way for future applications in space.”
SmartIR will build on this achievement with their next mission planned for March 2025 while raising investment to fund future innovations and product developments.