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What is StarRoad
A concise explanation of the project, its scale and its purpose as infrastructure for large-scale space logistics.
What is it?
StarRoad is a concept for a super-heavy ground-to-space electromagnetic transport corridor. Instead of carrying launch propellant aboard a rocket, a reusable shuttle is accelerated in an underground vacuum maglev tunnel to roughly 11 km/s.
After acceleration, the heavy AstroLiner exits through a high-altitude gateway, crosses the atmosphere by inertia in 50–60 seconds and enters high-energy trajectories without treating LEO as a mandatory intermediate stop. For StarRoad, mass is not the main obstacle: in the super-heavy class it becomes a store of kinetic energy and thermal inertia.
The key constraint on the orbital economy
The space economy is constrained not only by cost per kilogram, but also by throughput. Rockets may become cheaper, yet they remain discrete launches with limited payload mass, complex preparation, dependence on propellant and launch sites, and subsequent orbital logistics.
StarRoad converts the problem into an infrastructure model: high construction cost is offset by repeated use, increasing launch frequency and a shift from a market of individual launches to a market of orbital tonnage.
What StarRoad changes
The project is designed not for rare record-setting missions, but for a continuous cargo flow. Target applications include orbital power stations, data centres, interorbital tugs, shipyards, lunar infrastructure, asteroid mining and large industrial complexes.
- thousands of tonnes per flight instead of tens or hundreds;
- no launch propellant carried on board;
- direct access to high orbits and Lagrange points;
- infrastructure payback through energy sales and cargo throughput;
- reliance on existing, scalable technology classes.
Visualisations
Three interactive modules present StarRoad from different perspectives: explore AstroLiner, examine the route location and follow the acceleration and atmospheric-exit profile.