BOOSTER is a high-perfromance green chemical system based on a flight-proven N2O + C2H6 bipropellant architecture. It’s a turn-key system, configurable for spacecraft from 30 kg to 500 kg satellite platforms.

Flight-proven

Launched and demonstrated in-orbit on SpaceX Rideshare mission.

5 - 250+ kNs total impulse

Modular and scalable, supporting wide range of total impulse with minimal NRE

Up to 14 thrusters (1N / 5N / 20N)

6-DOF maneuverability with shared-architecture thruster family

Best-in-class Isp (> 290 s)

Likely the highest specific impulse amongst green chemical propulsion tested in orbit

No thermal limits or degradation

Steady-state operation with no duty cycle or maximum impulse constraints due to unique cooling technology

6 - 9 months lead time

Built for rapid configuration and delivery, ITAR-free, easy on-site handling.

Thruster family at the heart of BOOSTER

Configure your system with the thruster that best matches your mission profile. All thrusters share a common architecture and key components, including ignition, sensing, heating, and valve technologies.

Flight-proven and tested across thousands of firings, the thrusters deliver class-leading performance, precise impulse bits, and long continuous burns without overheating or duty-cycle limits.

M20

Thrust range

0.54 - 1.56N

2.62 - 7.62 N

10.5 - 30.5 N

Specific impulse

273 - 294 s

> 288 s

Minimum Impulse Bit

24 mNs (bi-prop), 6 mNs (cold-gas)

101 mNs (bi-prop), 32 mNs (cold-gas)

450 mNs (bi-prop), 110 mNs (cold-gas)

Maximum burn time

> 20 min

Your mission. Powered by BOOSTER.

Meet deorbiting requirements.
‍Use BOOSTER as a dedicated, bolt-on end-of-life system for reliable disposal, even after years of dormancy.

Low leak rate

Long-term dormancy before activation

External mounting option

Scale your fleet without scaling risk.
‍BOOSTER can be delivered on a short schedule at scale and quickly gets your payload to the target orbit.

Production capacity for constellation volumes

Short, predictable delivery schedules

High thrust for complex LEO manoeuvres

Bring your payload home.
‍Deliver the high thrust and precise control needed for controlled deorbiting and accurate re-entry.

High delta-v delivered quickly

Precise deorbit in a single burn

Multi-thruster control for attitude and trajectory

Precise control for high-stakes operations.
Perform RPOD operations with responsive 6-DOF control. Complex maneuvers without cool-downs.

Precise and repeatable impulse bits

Responsive 6-DOF control

No duty-cycle limitations

We don't just ship propulsion.
We get it to orbit with you.

Mission support & trade studies

We support propulsion decisions from the start, including system sizing, architecture trades, manoeuvre planning, and mission analysis. The goal is to select the right configuration before detailed integration begins.

Export & licensing

Our propulsion systems are ITAR-free, simplifying export approvals and opening up a wider range of launch partners and logistics options for your mission. We support the documentation and approvals required to move the system across borders and through the launch supply chain.

Spacecraft integration support

Our team works alongside yours through spacecraft integration, from interface verification to final system checks. We are there on the ground to resolve issues quickly and keep integration moving.

Propellant loading

BOOSTER can be loaded before transport to the launch site at a wide range of suitable facilities. Our team and global partners support the loading campaign, reducing launch-site operations and giving your programme more flexibility.

Ground logistics & launch campaign

We support propellant loading, transport of the fuelled spacecraft, range-safety documentation, and demonstration of compliance with launch-provider requirements. Support is provided directly by our team and through qualified partners where needed.

In-orbit commissioning

We support first activation, checkout, and initial firings after deployment. Together with your operations team, we confirm system performance and establish confidence before operational manoeuvres begin.

Operations support

We support your team throughout the mission with training, manoeuvre planning, performance review, troubleshooting, and operational guidance. You retain direct access to the engineers who designed and built the system, with firmware updates provided when needed to improve performance and support evolving mission needs.