The definitive guide to private human spaceflight — every tourism flight ever flown, provider comparison, ticket costs from $125K to $55M+, altitude records, and the future of commercial space travel.
Last updated: · · Sources: SpaceX, Blue Origin, Virgin Galactic, Axiom Space
Space tourism has evolved from a billionaire's novelty into a growing commercial sector worth an estimated $1.3–1.9 billion as of 2025. The modern era began with Dennis Tito's self-funded flight to the ISS aboard a Russian Soyuz in 2001 ($20 million), but the industry didn't scale until 2021, when three different providers began flying paying customers: Virgin Galactic (suborbital, ~86 km), Blue Origin (suborbital, ~100 km via New Shepard), and SpaceX (orbital, via Crew Dragon).
The most significant private spaceflight to date was Inspiration4 (September 2021), the first all-civilian orbital mission. Funded by billionaire Jared Isaacman, the three-day Crew Dragon flight carried four private citizens to an altitude of 585 km — higher than the ISS. Isaacman followed this with the Polaris Dawn mission (September 2024), which reached 1,400 km altitude — the highest human altitude since Apollo — and conducted the first commercial EVA using a SpaceX EVA suit.
Blue Origin's New Shepard programme flew 98 humans (92 unique individuals) across 38 flights on 10-minute suborbital hops, crossing the Kármán line at 100 km. Notable passengers include Amazon founder Jeff Bezos, actor William Shatner, and singer Katy Perry. In January 2026, Blue Origin announced a pause of at least two years to redirect resources toward its Artemis lunar lander programme.
Virgin Galactic flew commercial passengers aboard SpaceShipTwo from Spaceport America, reaching approximately 86 km. After six commercial flights in 2023–2024, the company paused operations to develop its next-generation Delta-class spaceplane, targeting a return to commercial flights in late 2026.
Axiom Space has operated four private astronaut missions (Ax-1 through Ax-4) to the ISS using SpaceX Crew Dragon, carrying both privately funded passengers and government-sponsored astronauts from nations like Saudi Arabia, Turkey, India, Hungary, and Poland. Axiom Mission 5 is planned for early 2027.
Ticket prices range from an estimated $125,000 for defunct high-altitude balloon experiences to $55 million+ for an Axiom orbital mission. SpaceX's Starship programme aims to dramatically reduce orbital costs in the coming decade, potentially opening space tourism to a much wider market.
Five companies have flown or developed commercial space tourism services. Each offers a fundamentally different experience — from 10-minute suborbital hops to multi-week orbital stays on the International Space Station.
Blue Origin's New Shepard was the highest-volume space tourism vehicle in history. Across 38 flights from 2021 to January 2026, it carried 98 humans above the Kármán line on fully automated 10-minute suborbital flights from Launch Site One in West Texas. On January 30, 2026, Blue Origin announced a pause of at least two years to redirect resources to its Blue Moon lunar lander for NASA's Artemis programme. The company holds a multi-year customer backlog.
Virgin Galactic flew six commercial SpaceShipTwo missions (Galactic 01–06) from Spaceport America in 2023–2024, carrying paying passengers to approximately 86 km — above the US-defined space boundary but below the Kármán line. The company paused operations to develop its Delta-class spaceplane, which promises higher flight frequency, lower per-seat costs, and improved passenger capacity. Commercial Delta flights are expected from late 2026, with a reported $567 million cash position and potential Italian spaceport expansion.
SpaceX offers the only true orbital tourism experience using its Crew Dragon capsule atop Falcon 9. Key missions include Inspiration4 (2021, 585 km, 3 days), Polaris Dawn (2024, 1,400 km, first commercial EVA), and charters through Axiom Space to the ISS. SpaceX's Starship programme could dramatically expand orbital tourism capacity and reduce costs. The cancelled Dear Moon lunar flyby demonstrated the ambition — and difficulty — of deep-space tourism. The company's recovery fleet of drone ships supports booster landings.
Axiom Space operates private astronaut missions to the ISS using SpaceX Crew Dragon. Four missions (Ax-1 through Ax-4) flew between April 2022 and July 2025, carrying a total of 14 crew members for stays of 8–21 days. Ax-4 was a landmark mission for India, Hungary, and Poland — each nation's first government-sponsored ISS visit. Axiom Mission 5 is planned for early 2027. The company is also building its own commercial space station modules, initially attached to the ISS before eventually becoming a free-flying station.
The high-altitude balloon tourism sector represents a lower-cost entry to near-space experiences. Space Perspective planned to offer "Spaceship Neptune" flights reaching ~30 km altitude for $125,000, but faced financial difficulties in 2025. Spanish company Eos X Space acquired Space Perspective in mid-2025 and is continuing development of pressurised capsule balloon flights. While these don't technically reach space (the Kármán line is at 100 km), they offer 6+ hours of flight time with panoramic views of Earth's curvature.
Every space tourism and privately funded human spaceflight mission, from Dennis Tito's pioneering 2001 ISS visit to the final New Shepard flight in January 2026. Filter by provider or type, and click column headers to sort.
| Date | Mission | Provider | Vehicle | Passengers | Alt (km) | Type | Duration |
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Prices vary enormously depending on the type of experience — from near-space balloon rides to multi-week orbital stays. Costs are expected to decrease over the next decade as reusable vehicle technology matures and flight frequency increases, though orbital tourism will remain a luxury experience for the foreseeable future.
How high does space tourism go? This comparison shows the dramatic differences in altitude reached by each type of space tourism experience, from high-altitude balloons to the record-setting Polaris Dawn mission.
What it takes to become a space tourist varies enormously by provider — from a 14-hour orientation for suborbital flights to months of full astronaut-level training for orbital missions. All providers require medical screening, though the stringency varies.
Capsule familiarisation, safety procedures, seat harness practice, weightlessness preparation, and simulated launch and landing. Passengers experience approximately 5g during ascent and 5g during re-entry. No piloting skills required — the flight is fully automated.
Training at Spaceport America includes vehicle orientation, flight suit fitting, G-force preparation (up to 3.5g during boost, ~6g during re-entry), and emergency procedures. Passengers also practice unbuckling and moving in simulated weightlessness.
SpaceX and Axiom orbital missions require astronaut-level training at NASA's Johnson Space Center. This covers Crew Dragon systems, ISS docking procedures, emergency scenarios, spacesuit operations, and (for EVA missions) spacewalk training. The Polaris Dawn crew trained for over a year.
Suborbital providers require relatively basic medical clearance — similar to what might be needed for an adventure sport. Orbital missions demand more thorough screening including cardiovascular testing, psychological evaluation, and assessment of ability to withstand sustained microgravity. Age is not a barrier: Shatner flew at 90, Daemen at 18.
Space tourism relies on a diverse fleet of launch vehicles, spacecraft, spaceports, spacesuits, and recovery vessels. Explore the full Orbital Radar profiles below.
Prices range from ~$125,000 for high-altitude balloon flights to $55 million+ for orbital ISS missions. Blue Origin's New Shepard suborbital flights cost an estimated $200K–$300K+, Virgin Galactic charges $450,000, and SpaceX/Axiom orbital missions start at $55M+. Costs are expected to fall as reusable vehicle technology matures.
Over 120 private citizens have flown to space on tourism or privately funded missions as of early 2026. Blue Origin's New Shepard alone has flown 98 humans (92 unique individuals) across 38 flights. Combined with Virgin Galactic, SpaceX private missions, and Axiom ISS missions, the total continues to grow.
Suborbital flights (Blue Origin, Virgin Galactic) cross the boundary of space but don't achieve orbital velocity. Passengers get 3–6 minutes of weightlessness in a ~10-minute flight. Orbital missions (SpaceX, Axiom) reach ~28,000 km/h, entering sustained orbit at 400+ km for days to weeks. See our Types of Orbits guide for a full explanation.
No paying space tourist has died during a spaceflight. One fatal accident occurred during development: in October 2014, Virgin Galactic's SpaceShipTwo VSS Enterprise broke apart during a test flight, killing co-pilot Michael Alsbury. The programme was redesigned and resumed test flights in 2018.
No. On January 30, 2026, Blue Origin announced a pause of at least two years for New Shepard to redirect resources to its Blue Moon lunar lander for NASA's Artemis programme. The final flight was NS-38 on 22 January 2026. The company has a multi-year customer backlog.
Altitudes vary dramatically: balloon flights ~30 km, Virgin Galactic ~86 km, Blue Origin 100+ km, SpaceX ISS missions ~420 km, Inspiration4 585 km, and Polaris Dawn reached 1,400 km — the highest since Apollo. See the altitude comparison above.
In principle yes — there are no legal age or nationality restrictions. Passengers must pass medical screening and afford the ticket. Blue Origin's youngest passenger was 18 (Oliver Daemen) and oldest was 90 (William Shatner). NS-37 in December 2025 included the first wheelchair user in space.
Training ranges from ~14 hours for Blue Origin suborbital flights to months of astronaut-level preparation for orbital missions. See the Training & Preparation section above for details by provider.
The market was valued at approximately $1.3–1.9 billion in 2025 and is projected to grow at 15–46% CAGR, reaching $3–6 billion by 2031–2033. See the Space Economy page for detailed market data.
The main vehicles are New Shepard (Blue Origin, suborbital), SpaceShipTwo (Virgin Galactic, suborbital), Crew Dragon on Falcon 9 (SpaceX, orbital), and potentially Starship in the future. See our Launch Vehicles directory for full profiles.
Blue Origin: Launch Site One, West Texas. Virgin Galactic: Spaceport America, New Mexico. SpaceX: Kennedy Space Center LC-39A, Florida. See our Spaceports directory for all launch sites worldwide.
Approximately 10–11 minutes from launch to landing. The capsule crosses the Kármán line at 100 km, with ~3–4 minutes of weightlessness before descending under parachutes to a desert landing in West Texas.