
Solestial space solar cells
Thin, flexible, US-made silicon solar cells for satellites
697 products from 427 companies, from factories on Earth to mining asteroids. Updated Oct 22, 2026.
Scroll up to launch
0 km · Earth’s surface
Every satellite starts on the ground. Control software, antennas and factories decide how many fly and how fast their data comes back.
Thin, flexible, US-made silicon solar cells for satellites
Factories built and run for one customer's product
Solar arrays that roll up for launch and unroll
Software for planning and controlling autonomous spacecraft
From the pad to orbit
Launch sets the price of everything above it. Boosters that land and fly again have cut the cost of reaching orbit. The race now is reusable upper stages and more flights.
Reusable rocket that launches most of the world's satellites
Small rocket giving small satellites their own launch
Small rocket that carries satellites to low orbit
Largest rocket ever built, designed to be fully reused
Also here: Spectrum, Neutron, Falcon Heavy
See all 110 in Launch80–160 km
The Kármán line, 100 km up, is where space officially begins. Suborbital rockets, spaceplanes and balloons work here, and reentry capsules come back through it.
Returning capsules that test heat shields at hypersonic speed
Solid-fueled test rockets for flying hardware fast and high
Remote Australian land where returning space capsules touch down
Backpack-sized reusable balloon that images the ground below
Also here: Aurora spaceplane, SpaceLoft, SR75
See all 58 in Edge of space160–2,000 km
Most satellites fly here, around 400 km up, where the space station is. Internet constellations, orbital factories and servicing craft share the crowded shells.
Satellite internet for places with little or no connectivity
Ready-made spacecraft body customers fill with their own instruments
Capsule that carries astronauts and cargo to the space station
Sharp imaging satellites with onboard AI for faster answers
2,000–35,786 km
Far above, one satellite can see half the Earth. Some hover over a single spot, 35,786 km up. Tugs now move satellites between orbits.
Small high-orbit satellite giving one customer its own broadband
Spacecraft that docks with satellites to extend their lives
Satellite fuel port that allows refueling in orbit
Satellite giving military users fast links to small portable terminals
Also here: Endurance, HummingSat, Kacific1
See all 68 in High orbits35,786–384,400 km
The long stretch between Earth and the Moon. Companies here sell spacecraft that can change orbit, and radio relays for missions that go beyond low orbit.
384,400 km from Earth
The Moon is a three-day trip. Landers are the first commercial product, and the prize is helium-3 for quantum computers and water ice for rocket fuel.
Lander that made the first fully successful commercial Moon landing
Lander behind the first U.S. Moon landing since Apollo
Drill that measures heat flowing beneath the Moon's surface
Small robotic rover that gathers Moon soil
55–400 million km
Mars is months away. Missions so far are science and communications relays, and most plans for cargo and people depend on Starship.
Mars orbiter camera that maps wide strips of the surface
Zoomable 3D color cameras on NASA's Perseverance Mars rover
Three Mars helicopters that drop in and scout for ice
Beyond Mars
Probes bound for asteroids and the outer planets, and the engines meant to get them there faster. A few startups plan to mine asteroids for metals and water.
Plasma rocket engine heated by radio waves
Spacecraft to photograph a metal-rich asteroid up close
Fusion engine to speed spacecraft to the outer planets
Tiny iodine ion engine for small deep space probes
Also here: Electrospray thrusters, K+ Mission 1, Starfire (Direct Fusion Drive)
See all 22 in Deep spaceOctober 2026
Companies with the most new funding, contracts and milestones over the last six months.
Launch
Builds rocket engines and solid rocket motors, mostly for defense
Won $137M in U.S. Navy contracts for solid rocket motors
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