Commercial space travel is already available, but only in limited forms and at prices that put it out of reach for most people. Suborbital flights that briefly cross the edge of space have carried paying passengers since 2021, orbital missions to the International Space Station cost around $55 million per seat, and stratospheric balloon rides are expected to begin carrying passengers in 2025 for $125,000. The real question isn’t whether commercial space travel exists. It’s when it becomes something a broader audience can actually book and afford.
Suborbital Flights: Available but Paused
Blue Origin’s New Shepard program is the most active suborbital option to date, having flown 86 humans into space across 38 flights through January 2026. These trips last roughly 10 minutes, with passengers experiencing a few minutes of weightlessness above the 100-kilometer Kármán line before returning to Earth. Ticket prices have reportedly ranged from several hundred thousand dollars into the millions, depending on auction results and private sales.
However, Blue Origin announced in January 2026 that it would pause New Shepard flights for at least two years to redirect resources toward its lunar program. That means no new suborbital tickets from Blue Origin until 2028 at the earliest.
Virgin Galactic, the other major suborbital player, flew its first commercial passengers in 2023 but has faced repeated delays and fleet transitions. Neither company currently offers a reliable, ongoing flight schedule that a customer could book with confidence for a specific date.
Stratospheric Balloon Rides: The Nearest Option
If you want a space-adjacent experience sooner and at a lower price point, Space Perspective is the closest thing to a bookable product. The company uses a pressurized capsule lifted by a massive balloon to the stratosphere, about 30 kilometers up. That’s not technically space, but passengers see the curvature of the Earth against the blackness above, and the six-hour flight is far gentler than a rocket launch, with no intense G-forces.
Space Perspective completed its first uncrewed test flight in September 2024 and planned its first crewed flight for 2025. Tickets are priced at $125,000, and the company has already sold over 1,800 reservations. Flights launch from a marine vessel currently based at Cape Canaveral, with the potential to operate globally. The company has even floated the idea of overnight experiences in the future.
Orbital Missions: Expensive and Rare
Orbital space travel, where you actually circle the Earth, is a different category entirely. SpaceX has flown private citizens to orbit on its Crew Dragon capsule, both on missions to the International Space Station with Axiom Space and on independent flights like Inspiration4. The cost sits around $50 to $60 million per seat, and these missions require months of preparation.
Unlike suborbital hops, orbital passengers face more rigorous medical screening. FAA guidance recommends a comprehensive medical history, physical examination, and laboratory testing for anyone flying on orbital missions or those exceeding higher G-force thresholds. That screening is valid for one year, with an abbreviated check one to two weeks before the flight. Suborbital passengers, by contrast, only need a basic medical questionnaire reviewed by an aerospace medicine physician, with no physical exam required.
For the foreseeable future, orbital tourism will remain limited to a handful of missions per year, each carrying a small number of passengers who can afford eight-figure ticket prices.
Private Space Stations Could Change the Math
The biggest shift on the horizon is the construction of private space stations designed partly for commercial visitors. Axiom Space is building Axiom Station through a phased approach: a power and thermal module launching no earlier than 2027, followed by a habitat module that could form a free-flying two-module station as soon as 2028. That station would initially support four crew members.
The significance here is about creating permanent destinations in orbit that aren’t dependent on the aging ISS, which is expected to be deorbited around 2030. Once private stations are operational, they could host rotating groups of tourists, researchers, and media crews, increasing the number of orbital seats available each year and eventually putting downward pressure on prices. “Eventually” is doing a lot of work in that sentence, though. Even optimistic projections don’t place orbital ticket prices below the tens of millions of dollars within this decade.
Lunar Tourism Is Still Years Away
SpaceX has announced plans for Starship cargo flights to the lunar surface starting in 2028, at a rate of $100 million per metric ton. Crewed lunar flybys for private passengers, like the long-delayed dearMoon concept, remain without firm launch dates. Starship itself is still in its testing phase, and the gap between cargo deliveries to the Moon and safely carrying tourists around it is substantial. A realistic window for paying customers to fly past the Moon is likely somewhere in the early 2030s, though delays in this industry are the norm rather than the exception.
What It Actually Costs Right Now
Here’s a rough pricing ladder for the options that exist or are imminent:
- Stratospheric balloon flight: $125,000 for a six-hour ride to the edge of the atmosphere
- Suborbital rocket flight: Estimated $250,000 to $450,000 for a few minutes of weightlessness (currently paused at both major providers)
- Orbital mission to the ISS: $55 to $60 million per seat, including months of training
Prices have not dropped meaningfully since the first commercial flights. The economics of rocketry are brutal: fuel, hardware, insurance, and the sheer difficulty of reusability keep costs high. For comparison, a first-class transatlantic airline ticket costs a few thousand dollars. The gap between “available to the wealthy” and “available to the public” in space travel remains enormous.
The Environmental Tradeoff
One dimension worth understanding is the carbon footprint. Suborbital tourism releases 400 to 1,000 times more CO2 per passenger per hour than commercial aviation. Blue Origin’s New Shepard produces roughly 98 tons of CO2 per passenger per hour of flight, compared to about 0.2 tons per passenger per hour on a commercial airplane. Even compared to private jets, which emit seven to nine times more than commercial flights, suborbital rockets are in a different league. Total emissions from the space tourism industry remain small simply because so few flights occur, but per-passenger intensity is extraordinary.
The Infrastructure Is Growing
The ground infrastructure needed for commercial spaceflight is expanding. There are currently 22 active orbital spaceports worldwide: five in the United States, four in China, three in Russia, two in Japan, and one each in several other countries including New Zealand, India, and South Korea. The FAA has also granted commercial spaceport licenses to seven U.S. locations across Colorado, Texas, California, Oklahoma, and New Mexico. Five additional suborbital spaceports are operational and may eventually support orbital launches.
More spaceports mean more flexibility in launch scheduling and, over time, more competition among launch providers. But infrastructure alone won’t make space travel broadly accessible. The fundamental challenge remains cost per seat, and that depends on reusable rocket technology maturing to the point where turnaround times and refurbishment costs drop dramatically.
A Realistic Timeline
If you have $125,000 and are comfortable with a balloon ride to the stratosphere, you could plausibly fly within the next year or two. If you want an actual rocket-powered suborbital flight, you’re looking at 2028 or later, assuming Blue Origin resumes New Shepard operations and Virgin Galactic reaches a stable flight cadence. Orbital tourism will remain a multimillion-dollar experience through at least the early 2030s, with private space stations potentially expanding access modestly. Lunar flyby tourism is a late-2030s prospect at best.
For space travel at prices comparable to luxury international travel, say under $100,000 for a suborbital flight, most industry analysts point to the mid-2030s as the earliest plausible window, and only if reusable launch systems achieve airline-like operational rhythms. That’s a big “if.” The space tourism industry has consistently missed its own timelines by years, and there is no reason to expect that pattern to change soon.