1. EXECUTIVE SUMMARY

OSMOS X (legally incorporated as Osmos-X) is a deep-technology space propulsion and in-orbit logistics company founded in 2022. Self-styled as the First Galactic Trucking Company, OSMOS X specializes in electro-plasmic ion source technology designed for orbital transfer vehicles, space thrusters, and satellite servicing.

Headquartered in the Rennes metropolitan area (Bruz/Cesson), France, with an orbital services hub in Toulouse, the entity focuses on addressing the constraints of satellite propulsion, orbital mobility, active debris removal, and space sustainability. The foundational technology leverages over three decades of terrestrial electro-plasma and ion source expertise derived from advanced research, healthcare, and semiconductor manufacturing applications, repurposing these physics principles for space flight.

1. CORE PROPULSION TECHNOLOGY

The operational foundation of OSMOS X centers on proprietary electro-plasmic ion source thrusters. Traditional electric propulsion systems (such as standard Hall-effect thrusters or gridded ion engines) face efficiency trade-offs involving propellant consumption, thrust density, and operational lifespan due to grid erosion or plasma containment limits.

OSMOS X addresses these engineering bottlenecks through several technological features:

• Multi-Charged Ion Generation: By stripping multiple electrons from the propellant gas, the propulsion system achieves significantly higher exhaust velocities and ultra-low gas consumption rates relative to standard singly-charged ion thrusters.
• Variable Ion Charge States: The system allows operational flexibility, allowing operators to tune beam performance, thrust levels, and specific impulse based on mission phase requirements (e.g., high-thrust maneuvers versus long-duration drift corrections).
• Advanced Plasma Confinement: High-density electromagnetic plasma confinement protects structural components from accelerated degradation, extending thruster operational longevity during prolonged missions.

• High Beam Current Density: Powerful current outputs yield increased overall thrust capability while maintaining the mass-efficiency advantages inherent to electric propulsion.

  1. PRODUCTS AND HARDWARE

OSMOS X structures its commercial offerings across two primary phases: standalone propulsion hardware and integrated orbital vehicles.

A. Electro-Plasmic Space Thrusters Scheduled for commercial market deployment, OSMOS X space thrusters are designed for satellite integration and long-duration orbital maneuvers. * Application Target: Satellite altitude adjustments, orbit insertion, geostationary transfer orbit (GTO) raising, and station-keeping. * Key Features: High cumulative thrust duration, minimal onboard propellant volume requirements, and high mass efficiency for small-to-medium satellite platforms.

B. Orbital Transfer Vehicles (OTVs) Building on its core thruster architecture, OSMOS X designs and manufactures reusable Orbital Service Vehicles (OSVs). These space vehicles are engineered to execute complex in-space maneuvers across Low Earth Orbit (LEO) and Geostationary Earth Orbit (GEO). * Architecture: Designed around modular multi-mission chassis equipped with electro-plasmic engines. * Capabilities: Autonomous proximity operations, long-distance orbital transit, multi-payload distribution, and contactless or physical rendezvous maneuvers.

1. SERVICES AND MISSION APPLICATIONS

OSMOS X leverages its propulsion and vehicle platforms to deliver a suite of in-orbit services targeting commercial satellite operators, civil space agencies, and defense organizations:

• Orbit Raising and Phase Transfer: Transporting newly launched satellites from launch-vehicle drop-off orbits to operational slots at reduced fuel costs compared to chemical propulsion systems.
• Orbital Position Relocation: Moving active satellite assets to alternate orbital slots or inclinations without depleting the satellite's primary internal maneuvering fuel, thereby preserving operational service life.
• Active Debris Removal (ADR) and Space Cleanliness: Conducting mission profiles designed to safely de-orbit defunct spacecraft, space junk, and rocket upper stages, contributing to orbital debris mitigation.
• Proximity Operations and Visual Inspection: Executing flyby and close-approach maneuvers to conduct visual inspection and diagnostic assessments of high-value space assets.
• Space Situational Awareness (SSA): Deploying long-duration sensor platforms into key orbital regimes to monitor space weather, track orbital debris, and gather persistent space domain awareness data.
• Defense and Asset Protection: Providing orbit-maneuvering support, lifetime extension, and operational protection for critical defense and intelligence satellite assets.

• Interplanetary and Deep-Space Missions: Utilizing high specific impulse electro-plasmic propulsion to support long-haul scientific and payload missions beyond Earth orbit with minimal propellant mass constraints.

  1. FLEET OPERATIONAL MODEL AND ROADMAP

OSMOS X operates a two-tier organizational structure in France, maintaining its propulsion research and development core in Bruz/Rennes while conducting vehicle assembly, mission design, and operational services out of its hub in Toulouse.

The long-term strategy relies on operating a coordinated, reusable fleet of in-orbit service vehicles. Rather than single-use missions, OSMOS X aims to establish continuous in-space logistics pathways. Through partnerships with European defense funds, international space logistics firms, and research institutes, the company is advancing its technology validation toward orbital demonstrator missions and full fleet deployment.