Ecosmic

Ecosmic develops advanced software that helps satellite operators prevent collisions in space. Their flagship product, SAFE (System to Avoid Fatal Events), reduces unnecessary collision alerts by 70% and provides precise probability calculations for potential spacecraft encounters. The software enables operators to make faster, more accurate decisions about avoiding space debris, ultimately improving mission safety and reducing operational costs.

FAST Aerospace

FAST Aerospace develops HyperDart, a revolutionary hypersonic drone airplane designed to launch satellites into space. The innovative air-launcher carries a small rocket capable of transporting up to 250 kg of payload, taking off from standard airports worldwide. Using jet fuel for its first stage and methalox for the rocket engine, HyperDart provides a flexible and efficient satellite launch solution. The company is set to introduce its proprietary launcher in the early 2030s, positioning itself as a disruptive technology in space access.

Kurs Orbital

Kurs Orbital develops an advanced autonomous rendezvous and docking module that enables satellite life extension, space station docking, and space debris removal. The ARCap module uses machine vision, radar, and robotics to service satellites in various orbits, including relocating, inspecting, and de-orbiting spacecraft that can no longer operate independently. By attaching to non-cooperative targets, the technology provides a comprehensive solution for extending satellite operational lifespans and maintaining sustainable space environments.

MIPRONS

MIPRONS develops compact, high-performance space propulsion systems using water as a sustainable fuel. Their innovative technology enables satellites to perform rapid orbital maneuvers with a miniaturized thruster that breaks water into hydrogen and oxygen for propulsion. The system is scalable across different satellite sizes, from nanosatellites to larger spacecraft, offering faster and more efficient space mission capabilities with reduced environmental impact.

Orbital Launch Means

Orbital Launch Means (OLM) is a specialized commercial launch service provider delivering dedicated space launch infrastructure for small launchers. The company offers comprehensive testing operations and logistics with advanced facilities that enable rocket developers to conduct precise mission preparations. OLM provides state-of-the-art test-beds, regulatory support, and specialized infrastructure that supports companies from initial design through launch readiness. Their services help small launcher companies control mission schedules and develop tailored space missions with enhanced technical capabilities.

ORiS

ORiS (Orbital Recharge in Space) focuses on developing advanced satellite technology that enables wireless energy transmission from space. By harnessing solar power, ORiS creates systems capable of beaming energy to various users, including potential applications for lunar bases and remote areas on Earth. The company’s innovative approach integrates high-power laser technology with precision targeting systems to ensure efficient energy delivery. This technology not only supports future space missions but also has implications for industrial applications on Earth.

REA Space

REA Space designs and develops advanced protective wearables for astronauts, specializing in innovative spacesuits that counteract microgravity’s physical challenges. Their groundbreaking technology creates an intravehicular active spacesuit using patented multi-system fabric and adaptive muscle stimulation techniques that simulate gravitational effects in zero-gravity environments. The company focuses on creating protective solutions that enhance astronaut safety and performance during space missions.

Sidereus Space Dynamics

Sidereus Space Dynamics develops EOS, a compact single-stage-to-orbit rocket designed to deploy and recover small satellite payloads efficiently. Their 3.5-meter vehicle can launch 13-kilogram payloads into low Earth orbit and return using a parafoil landing system. The rocket provides rapid, flexible launch services for nanosatellites and offers advanced orbital testing capabilities with potential for payload recovery after extended space exposure.

Space Frontier

Space Frontier develops a microlauncher capable of delivering up to 1 ton of payload. The company creates low-cost space transportation solutions that enable efficient and compact satellite and cargo delivery to orbit. Their innovative microlauncher technology provides a streamlined approach to space transportation, focusing on compact and economical launch capabilities for small-scale space missions.

Space V

Space V develops advanced vertical greenhouses designed for space agriculture. Their innovative Adaptive Multilayer Greenhouse system enables efficient plant cultivation in microgravity environments, supporting food production for orbital stations, lunar bases, and future Mars settlements. The technology maximizes crop yield by dynamically adjusting shelf distances, using LED lighting and precision irrigation to create optimal growing conditions with significantly reduced energy and water consumption.