Heavy Rocket

Fully Reusable Heavy Rocket 2035.

A Fully Reusable Heavy Rocket is key to enabling cost-effective access to space, to clients from Europe, Middle East, and Asia.

Its design will allow for one of the lowest costs to orbit, frequent flights, and its payload capacity is suited to launch the New Space Station Modules, Internet Satellites, Customer Satellites, Research Missions, Rideshare CubeSat Missions, and more

  • Payload Capacity to LEO
  • 70 000 kg
  • Gross Mass
  • 2 800 000 kg
  • Booster Diameter
  • 7 Meters
  • Cost/kg to Orbit ( 10 Reuses )
  • ≈ 140 Euro
  • Engine Cycle
  • Full Flow Staged Combustion
  • Height
  • 70 Meters
  • Cost/kg to Orbit ( 1 Time Use )
  • ≈ 720 Euro

Comparison of Launch Vehicles - Year 2040

There is no private heavy rocket company outside of US and China

As of 2025, there is No PRIVATE company working on fully reusable heavy rocket outside of USA and China.

Individual countries of Europe with populations between 2 million to 60 million citizens, cannot invest as significant amounts into their space program, as 5 Heavy Rocket developers (USA, India, Russia, Japan and China), with populations between 120 million to 1.2 billion.

As a result, there have only been a handful of Private Rocket Companies, which are all pursuing the development of Small-lift rockets, carrying up to 1500 kg to orbit, who will not be able to sustain the business due to ineffective business model that they are pursuing.

To make this business model functional, the single use Small-lift rocket would have to launch a 500kg payload for about 100 000 $ in order to compete on costs with the Reusable Heavy Rockets. An impossible task, which even if managed, the margins would be so minimal there wouldn’t be any additional cash flow, to sustain the business, or to repay the investors.