Standardized propulsion. Mission-configured. Built to scale. Liftero.

Configure BOOSTER for recurring LEO missions and constellation-scale deployment. Standard building blocks and repeatable production processes enable fast configuration and delivery, while high thrust supports complex manoeuvre profiles throughout the spacecraft lifetime.

Rapid orbit raising

Operational altitude in days

Collision avoidance

Fast response to conjunction alerts in minutes

Production scale

From one system to full fleets

Delivery schedule

Configured and delivered in months

Low-cost propellants

Widely available, low supply risk

Optional CP + EP hybrid

High-thrust and high-Isp in a single package

How BOOSTER supports LEO missions and constellations

From one mission to full fleets

BOOSTER is built from standard components and repeatable production processes, enabling fast delivery for a single spacecraft and scalable supply for recurring missions and constellations.

High thrust across the full mission

Rapid orbit raising, phasing, collision-avoidance manoeuvres, and end-of-life disposal reduce time outside the operational orbit and increase mission availability.

Hybrid architectures supported

BOOSTER can be paired with high-Isp electric propulsion, combining fast, time-critical manoeuvres with efficient long-duration ΔV.

Reference configurations
‍Each BOOSTER can be configured to your requirements. No custom engineering, on-time delivery.

Your configuration

Thrusters

1 x 1N

4 x 5N / 4 x 1N

4 x 20N

Indicative wet mass

13 - 16 kg

27 - 33 kg

Your configuration

50 - 63 kg

60 - 80 kg

Example form factor

320 x 500 x 144 mm

450 x 450 x 250 mm

6 ∢ 590 x 390 mm

Your configuration

800 x 700 x 245 mm

Typical spacecraft
mass range

50 - 100 kg

100 - 200 kg

250 - 400 kg

Your configuration

> 500 kg

Typical maneuvers

Orbit raising, CAMs, station-keeping, EOL

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.

LEO propulsion, built to scale