GINC Critical Technology
Capability group

Space Technologies

The capacity to master the technologies of reach, speed and presence beyond the atmosphere: launch and reusability, advanced propulsion through hypersonic flight, and the satellite and constellation technologies that put systems on orbit.

Domain
Critical Technology · Hard Power
Identifier
factbase.org/cpg/Z53K8DHD61
Capabilities
3

Bounds. Holds space and high-speed flight technology as national capacity; launch complexes and ground segments belong to Strategic Infrastructure, spacecraft on orbit register as its assets, operational use of space to National Security's Space Operations, and the space economy to the economic domains. The seam is technology versus operation: the ability to build and launch is held here, what the systems then do is held there.

Capabilities

Space Launch & Reusable SystemsCHMWBWW32WThe capacity to build launch systems and make them reusable, vehicles, engines and the launch-cost frontier that reusability moved.Research1.7k papers −23%United States 22%Patents4.5k families +49%China 72%Advanced Propulsion & Hypersonic SystemsBT6M3JP60WThe capacity to propel flight at the frontier: advanced air-breathing and rocket propulsion, hypersonic flight technologies, and the propulsion systems that decide speed, range and endurance in air, sea and space.Research1.6k papers +22%China 24%Patents6.2k families +46%China 71%Satellite & Constellation TechnologiesGJS581S62JThe capacity to design and produce spacecraft: satellite buses and payloads, constellation architectures, in-orbit servicing, and the manufacturing technology that turned satellites from artisanal to serial.Research2.6k papers −12%United States 19%Patents24.7k families +114%China 73%

The capabilities compared

Papers and patent families, 2020–2024, with growth on the five years before and the leading nation in each.

CapabilityPapersGrowthResearch leaderFamiliesGrowthPatent leader
Space Launch & Reusable Systems1.7k−23%United States 22%4.5k+49%China 72%
Advanced Propulsion & Hypersonic Systems1.6k+22%China 24%6.2k+46%China 71%
Satellite & Constellation Technologies2.6k−12%United States 19%24.7k+114%China 73%

Research across the group

Papers by year for each capability, and the nations' shares of the group's papers, 2020–2024. A capability that shares a v0.0 topic with another counts it in both.

  1. 1United States13.7%797 papers
  2. 2China12.3%714 papers
  3. 3Italy4.7%276 papers
  4. 4Germany4.4%254 papers
  5. 5India3.8%224 papers
  6. 6United Kingdom3.4%200 papers
  7. 7Russia2.4%141 papers
  8. 8France2.4%138 papers
  9. 9Japan2.1%123 papers
  10. 10Netherlands1.5%90 papers

Patents across the group

Patent families by priority year for each capability, and the origin nations' shares of the group's families, 2020–2024. A family in two capabilities' classes counts in both.

  1. 1China72.5%25,625 families
  2. 2United States10.6%3,760 families
  3. 3South Korea4.4%1,544 families
  4. 4Japan3.2%1,131 families
  5. 5France1.5%514 families
  6. 6Germany1.3%473 families
  7. 7Russia1.2%417 families
  8. 8Finland0.7%243 families
  9. 9United Kingdom0.7%241 families
  10. 10Sweden0.5%170 families

Companies

115 companies in Space Technologies, across 8 regions. The leading 12:

  1. 1RTXPratt & Whitney builds the F135 and adaptive-cycle engine work, and Raytheon is prime with Northrop Grumman on the scramjet-powered Hypersonic Attack Cruise Missile (HACM).Design
  2. 2SpaceXBuilds and operates the reusable Falcon 9/Falcon Heavy with Merlin and Raptor engines and the fully reusable Starship, flying the large majority of the world's orbital launches.Manufacture
  3. 3China Aerospace Science and Technology Corporation (CASC)State prime for the Long March family (CZ-2/3/4/5/6/7/8/12) through CALT and SAST, China's main orbital launch provider and developer of reusable Long March variants.Manufacture
  4. 4GE AerospaceWorld's largest jet engine maker; it developed the XA100 adaptive-cycle engine, the RISE open-fan programme and rotating detonation and dual-mode ramjet hypersonic propulsion.Design
  5. 5AirbusAirbus Defence and Space builds telecom (OneSat, Eurostar), Earth-observation and navigation (Galileo) satellites, built OneWeb's first-generation constellation through a joint venture, and owns Surrey Satellite Technology and Tesat.Manufacture
  6. 6L3Harris TechnologiesIts Aerojet Rocketdyne unit (acquired 2023) makes RS-25 and RL10 rocket engines and solid rocket motors, and built the SJY61 scramjet that flew on the X-51A WaveRider.Manufacture
  7. 7Rocket LabFlies the Electron small launcher (with booster recovery trials) from New Zealand and the US and is developing the reusable medium-lift Neutron rocket and Archimedes engine.Manufacture
  8. 8Blue OriginDevelops the reusable New Glenn heavy launcher and New Shepard suborbital vehicle and supplies BE-4 methane engines that power ULA's Vulcan.Manufacture
  9. 9Lockheed MartinPrime contractor on US hypersonic programmes including ARRW, Conventional Prompt Strike/LRHW glide bodies, and Skunk Works' high-speed aircraft research.Integration
  10. 10ThalesThrough Thales Alenia Space (67% owned, with Leonardo) it is Europe's other prime for telecom, navigation and science satellites, including the Iridium NEXT and SES O3b mPOWER-era payloads and the Space Inspire software-defined platform.Manufacture
  11. 11Northrop GrummanLeading US solid rocket motor producer and provider of the scramjet engine for the HACM programme, plus the advanced air-breathing propulsion behind its hypersonic work.Manufacture
  12. 12RoscosmosState corporation whose enterprises (Progress RSC, Khrunichev, Energomash) build and launch Soyuz-2, Angara and Proton vehicles and RD-series engines.Manufacture
All 115 in the Companies table →