Making Space Activities Sustainable
Extend your mission lifespan and profitability with our compact positioning and deorbiting solutions
Propulsion and end-of-life disposal for SmallSats and CubeSats.
Extended Mission Lifespan
Avoid collisions and prolong your satelite operation
Regulatory Compliance
Safe and effective deorbiting solutions meet international space regulations.
Increased Profitability
Optimised operations and prolonged lifespan increases return-on-investment.
Our heritage
Products launched
10 ARM thrusters
2 Plasma Brakes
Launch scheduled
6 ARM thrusters
2 Plasma Brakes
Missions
AuroraSat-1, hosting the 6-thruster ARM-A attitude control system and two Plasma Brake prototypes was built in collaboration with SatRev in a record 7 months from first idea to fully flight-qualified satellite. The satellite was launched by Rocket Lab.
The Foresail-1 features components manufactured by Aurora.
The Strider satellite, a collaboration between Aurora and Singaporean Aliena, is an In-Orbit Demonstration of the multi-modal MEPE propulsion system that features the MUSIC Hall Effect Thruster by Aliena and four resistojet thrusters by Aurora, all feeding from the same propellant tank.
The EstCube-2 features components manufactured by Aurora.
The Wisdom satellite, built and operated by C3S, features 4 Aurora ARM-C thrusters and an Aurora Plasma Brake.
The Plasma Brake onboard the Foresail-1p features components manufactured by Aurora.
The SpeQtral-1 mission features an Aurora Plasma Brake that allows it to deorbit within the required 5 years.
The JinjuSat-2 by Gyeongsan National University is propelled by Aurora's 0.6U ARM-O system.
Innovation in deorbiting
Rocket Lab takes AuroraSat-1 to orbit!
AuroraSat-1 Launch trailer