Mars Rail
Rapid inter-city superconducting maglev connecting major Martian settlements. Operating inside low-pressure guideways that leverage Mars' natural 1% CO₂ atmosphere for near-vacuum, ultra-low-drag travel at 2,400 km/h.
Building the future of transportation on Mars and beyond.
Mars High Speed is a transportation company focused on safe, fast, and reliable mobility systems for Mars, Earth, and the wider Solar System.
From Martian rails to interplanetary corridors β we build the infrastructure that moves humanity forward.
Rapid inter-city superconducting maglev connecting major Martian settlements. Operating inside low-pressure guideways that leverage Mars' natural 1% CO₂ atmosphere for near-vacuum, ultra-low-drag travel at 2,400 km/h.
Next-generation suborbital rocket-gliders and lifting-body hoppers engineered for the thin Martian atmosphere, delivering Mach 2+ point-to-point passenger and priority cargo transit.
Coordinated orbital and interplanetary transfer systems to move people, supplies, and technology between the two worlds.
Research and infrastructure programs for scalable transportation networks spanning the entire Solar System.
Scroll to fly the route. Choose a propulsion corridor below — each has its own traffic control, refuelling window and arrival slot.
To create a connected Solar System where transportation is accessible, sustainable, and fast for every frontier community.
Redefining transit times across interplanetary distances.
Eco-friendly propulsion and zero-waste operations.
Connecting every settlement, colony, and outpost.
Follow our latest developments and be the first to know when new routes open.
Read Latest NewsHover or tap the cities to discover major settlements and routes across the Red Planet.
Select a settlement on the map to see its operational data.
Great-circle surface distance on Mars (R = 3,389.5 km)
Rail time assumes 2,400 km/h cruise plus a 15-minute station acceleration/deceleration allowance. Aircraft time assumes a 1,800 km/h direct suborbital arc with no stopover. Distances are great-circle arcs on a 3,389.5 km mean-radius Mars.