OSMOS X provides efficient in-orbit transportation, reducing costs and increasing flexibility for satellite operators. Thorus moves satellites from LEO to GEO, optimizes constellation deployments, and supports last-mile delivery missions. By removing the need for onboard propulsion, we extend satellite lifespans and improve payload capacity.

Our space trucking solutions provide propulsion services for:

• LEO-GEO transfers – Enabling cost-efficient orbit raising for communication and Earth observation satellites. OSMOS X services enable clients to slash costs by eliminating GTO launches and onboard fuel (40-60% lighter), leveraging much cheaper GEO mission and increasing its lifetime
• LEO-LEO or LEO-MEO transfers – Any orbital plane and position in space is reachable with Thorus
• Deorbiting services – Safely retiring operational satellites at the end of their operational lifespan, to a lower or higher orbit

Satellites naturally drift due to gravitational forces, requiring frequent adjustments. Thorus offers precise repositioning services, including altitude adjustments, inclination changes, and station-keeping for space stations and commercial satellites. Our technology enables cost-efficient orbital corrections with minimal fuel consumption.

OSMOS X solutions ensure that satellites can adapt to evolving mission requirements without excessive propellant use. Our high-efficiency ion propulsion systems allow for:

• Orbital Plane Changes: Adjusting a satellite’s inclination to optimize coverage, particularly for Earth observation and communication networks.
• GEO Slot Transfers: Relocating geostationary satellites to new longitudes for changing business needs or regulatory compliance.
• Altitude boosts: Supporting space station altitude adjustments to counteract orbital decay, reducing reliance on expensive and inefficient chemical thrusters.
• Mid-Life Orbit Adjustments: Extending the operational lifespan of satellites by repositioning them for new missions without the need for an entirely new launch.

A groundbreaking, contactless approach to space debris removal.

The race to clean up space is on ! With over 8,400 tons of debris in orbit, space sustainability is a growing concern. OSMOS X introduces a contacless debris removal solution using ion beam technology. Unlike mechanical methods, our approach works on objects of all sizes, from micrometer-scale fragments to large defunct satellites, reducing collision risks and ensuring long-term space sustainability.

NASA and ESA are showing great interest in this approach, supported by technical reports from ESA.

• Works on All Debris Sizes: From microscopic fragments to large defunct satellites, our system can alter their orbits for safe disposal.
• Zero Contact, Zero Risk: Unlike robotic arms or nets, our technology does not physically interact with debris, eliminating the risk of generating secondary fragmentation.