Space tourism is the business of selling rocket flights to private passengers who go for the experience rather than a government mission. It splits into two very different products. A suborbital trip is a short hop that touches the edge of space, delivers a few minutes of weightlessness and a view of the curved Earth, and comes straight back down. An orbital trip is a full spaceflight that circles the planet for days and costs far more. Both are real and flying today, and the gap between them is enormous.
Suborbital Flights: A Short Hop to the Edge of Space
A suborbital flight goes up fast, crosses into space, and falls back without ever circling the Earth. The whole trip lasts roughly ten to fifteen minutes from liftoff to landing. The rocket or vehicle climbs above the commonly used boundary of space near 80 to 100 kilometers, the engine cuts off, and the cabin coasts over the top of a high arc. During that arc, passengers float weightless for a few minutes and see the black sky and the bright curve of the planet before gravity pulls them home.
Two operators have flown paying passengers on suborbital trips, using different vehicles. Blue Origin flies its New Shepard rocket, a capsule that launches vertically, releases at the top for the weightless minutes, and returns under parachutes while the booster lands itself. Virgin Galactic uses a winged spaceplane carried aloft by a larger aircraft, then rockets upward before gliding back to a runway. The experience is similar for the passenger: a hard climb, a few minutes of float, and a quick return.
Training for a suborbital seat is brief, often a day or two. Passengers learn the flight profile, practice moving in the cabin, and prepare for the strong forces during boost and reentry. Because the trip is short and mostly automated, a customer does not need to fly the vehicle or run its systems.
Where space begins is itself contested, and it shapes how these flights are described. Many mark the edge at the Kármán line, about 100 kilometers up, while the United States has long awarded astronaut recognition above roughly 80 kilometers. New Shepard crosses the higher Kármán line, and Virgin Galactic’s spaceplane passes the 80-kilometer mark, so the two reach slightly different altitudes and both call their passengers spacefarers. The physical strain is real either way. Riders pull several times their body weight during boost and reentry, which is why even a ten-minute flight includes a health screening beforehand.
Orbital Trips: Days in Space, at a Far Higher Price
An orbital flight is a different order of achievement, because reaching orbit means reaching orbital speed. A spacecraft must accelerate to roughly 28,000 kilometers per hour to circle the Earth instead of falling back, which takes a far larger rocket and much more energy than a suborbital hop. Once there, the crew stays in space for days, orbiting the planet many times a day and living aboard the spacecraft or a station.
The private orbital trips flown so far have used SpaceX’s Crew Dragon capsule, sometimes arranged through Axiom Space, which organizes private astronaut missions to the International Space Station. On those missions, private travelers dock with the station and spend days aboard alongside the professional crew, running experiments or simply experiencing the trip. Other orbital flights have flown free of any station, circling the Earth in the capsule itself.
Orbital travelers train for weeks or months rather than a day or two. They have to live aboard a spacecraft, respond to emergencies, and adapt to a stay long enough that the body reacts to weightlessness. That heavier preparation, plus the far larger rocket, is why an orbital seat costs so much more than a suborbital one.
What a Trip Costs and What You Get
Price is the sharpest line between the two products, and the numbers sit orders of magnitude apart. The table below sketches the difference, using approximate figures that operators set and revise.
| Aspect | Suborbital | Orbital |
|---|---|---|
| Time in space | A few minutes weightless | Days in orbit |
| Total trip length | About 10 to 15 minutes | Several days |
| Approximate price per seat | A few hundred thousand dollars | Tens of millions of dollars |
| Training | A day or two | Weeks to months |
| Example operators | Blue Origin, Virgin Galactic | SpaceX, Axiom Space |
A suborbital ticket has been offered in the range of a few hundred thousand dollars, which buys the climb, the weightless minutes, and the view. An orbital trip runs into the tens of millions of dollars per seat, reflecting the giant rocket, the longer mission, and the support a multi-day stay demands. Both figures move over time, so anyone weighing a flight should confirm current pricing with the operator rather than trust an old headline number.
The Risks and the Road Ahead
Spaceflight is genuinely risky, and space tourism does not hide it. Every passenger signs an informed-consent agreement acknowledging that a rocket flight involves extreme forces and cannot be made as safe as an airliner. Operators cut the risk through repeated testing, launch-abort systems that can pull a capsule clear of a failing rocket, and careful screening of passengers’ health. The danger drops but does not disappear, and the industry markets it that way.
Who has actually flown covers a mix of people. Suborbital seats have carried company founders on early flights and paying customers on later ones. Orbital private missions have flown business people and researchers to the International Space Station on arranged trips. Each operator publishes its own passenger manifests, which is the reliable place to check who has gone rather than relying on secondhand lists.
The next step the industry points to is larger and cheaper vehicles that could carry more people at once. A fully reusable heavy vehicle like Starship could, if it reaches routine flight, lower the cost per seat and open longer orbital stays, though that remains a plan rather than a scheduled service. Space tourism also sits next to bolder ideas about using space commercially, from our explainer on space mining to the far-off concept of a space elevator. To gauge whether a space tourism flight fits you, start by deciding between a short suborbital hop and a multi-day orbital trip, then confirm the current price and training with the operator directly.