ThrustMe

ThrustMe builds electric propulsion systems fueled by iodine for satellites. These products control orbits, avoid collisions, and clear debris for small satellite missions.

ThrustMe creates electric propulsion systems that run on solid iodine for satellites from 10 to 300 kg. The systems fit in tight spaces like CubeSats and deliver high thrust for orbit raises, station keeping, collision dodges, and end-of-life disposal. Products such as NPT30-I2 have flown in space since 2020, proving reliable performance in real missions. This setup cuts costs over gas propellants by skipping high-pressure tanks. Customers use them for constellation ops and rideshares.

ElevationSpace

ElevationSpace builds small satellites for space experiments, material production, and sample return from orbit. These platforms enable microgravity research and testing.

ElevationSpace develops small uncrewed satellites called ELS-R for experiments and manufacturing in space. These satellites conduct tests, produce materials in microgravity, and return samples to Earth. The platforms support science, technical validation, and production without needing the International Space Station.

EtherealX

EtherealX develops fully reusable medium-lift rockets that deliver satellites to orbit at lower launch costs for commercial, civil, and scientific missions.

EtherealX builds fully reusable medium-lift launch vehicles that carry satellites and payloads to low Earth and geosynchronous orbits. The company designs, manufactures, and tests its own rocket engines to cut launch costs and increase mission frequency for commercial, civil, and scientific customers.

Everlight Space

Everlight Space designs and builds satellite power systems and onboard electronics for reliable, high-performance space missions.

Everlight Space develops and manufactures satellite power systems and onboard electronic units that supply stable energy for commercial and defense spacecraft. The company provides integrated power solutions for satellites of different sizes, from small CubeSats to large platforms, covering design, production, and support for space-qualified hardware used in orbit across multiple missions.

EPIC AEROSPACE

Epic Aerospace builds orbit transfer vehicles that move satellites from low Earth orbit to higher orbits like geostationary. Their space tugs support satellite deployment and operations.

Epic Aerospace constructs orbit transfer vehicles, or space tugs, to reposition satellites after rideshare launches. These vehicles take payloads from low Earth orbit to geostationary orbit or other destinations. CHIMERA LEO 1, their first tug, launched on SpaceX Transporter 6 and demonstrated key propulsion and structure tech. They also provide full mission support, from satellite design to in-space work. This setup helps create mobile satellite networks.

E-Space

E-Space builds a sustainable LEO satellite network that delivers secure, low-cost connectivity and space-based services for businesses and governments.

E-Space builds a large low Earth orbit satellite network that provides secure, affordable connectivity and data services for businesses and governments. Its satellites support communications, remote monitoring, and other space-based applications while using designs and operations that reduce space debris and protect future access to orbit.

DREAM Aerospace

Develops green-propellant rocket propulsion systems for safer, more sustainable space launches and deep space missions.

Dream Aerospace develops rocket propulsion systems that use environmentally safer green propellants to support modern space launches and deep space missions. The company focuses on reliable, high-performance propulsion that reduces environmental impact while enabling new advances in space exploration and satellite deployment. Its solutions help organizations test, launch, and operate spacecraft with cleaner technology designed for the next generation of orbital and deep space missions.

Icarus

Icarus builds solar-powered stratospheric drones, designing and assembling long-endurance aircraft for high-altitude connectivity and sensing.

Icarus builds solar-powered stratospheric drones that stay aloft for long periods to provide high-altitude connectivity, monitoring, and sensing services. The company designs, manufactures, and assembles each drone in-house, turning early concepts into fully integrated stratospheric aircraft under one roof. This end-to-end control helps deliver reliable platforms for telecom, imaging, and environmental data collection.

Northwood Space

Northwood Space supplies ground stations and networks that link satellites to Earth for space missions. These systems use phased array antennas for fast data transfer and reliable operations.

Northwood Space builds and runs ground stations with phased array antennas. These connect satellites to Earth and handle data from multiple satellites at once. The antennas measure six feet per side for easy placement. Northwood manufactures them in volume and manages a network with full control over performance. This setup supports quick deployment, handles tough missions across orbits, and includes backups for steady service.

CesiumAstro

CesiumAstro builds phased array antennas and communication systems for satellites, drones, and ground stations. They enable high-speed data links for space and airborne operations.

CesiumAstro develops integrated communication systems that connect satellites to each other and to ground stations. The company produces phased array antennas, software-defined radios, and multi-beam modules for spacecraft, UAVs, and defense platforms. These systems handle high-throughput data downlinks, crosslinks across constellations, and SATCOM links for multi-orbit use. They support scalable production for commercial and government satellite missions.