How to Go to Space as a Tourist: Providers, Costs, Experiences, and What to Expect

Going to space is no longer reserved for professional astronauts with decades of training and government backing. Commercial space tourism is real, it is growing, and as of 2026, there are multiple active providers offering everything from gentle balloon rides at the edge of space to multi-week orbital missions aboard the International Space Station. Options range from roughly $125,000 for a stratospheric balloon experience to more than $55 million for an orbital mission with Axiom Space. If you have ever wondered how to actually book a trip to space, what the experience is like, and what it will cost, this guide covers every option currently available and what is coming next.

Types of Space Tourism Experiences

Before choosing a provider, it helps to understand the fundamentally different categories of space tourism. Each offers a distinct experience, duration, altitude, and price point, and the right choice depends on your budget, physical fitness, and what you hope to get out of the journey.

Near-Space Balloon Flights

The gentlest option available, near-space balloon flights carry passengers to the upper stratosphere at approximately 100,000 feet (30 km). While this does not cross the internationally recognized Karman line at 100 km, passengers experience the curvature of the Earth, the darkness of space above, and the thin blue line of the atmosphere. The ascent is slow and smooth, taking about two hours, with no rocket engines, no G-forces, and no special physical requirements. Space Perspective is the leading provider in this category, with flights priced around $125,000 per seat. For travelers who want the visual experience of seeing Earth from altitude without the intensity of a rocket launch, balloon flights offer an accessible entry point.

Suborbital Flights

Suborbital flights cross the boundary of space, reaching altitudes between 80 and 107 km depending on the provider. Passengers experience a rocket-powered launch, several minutes of genuine weightlessness, and views of Earth against the blackness of space before descending back to the surface. The entire flight lasts between 10 and 90 minutes depending on the vehicle. Suborbital providers include Blue Origin and Virgin Galactic, with prices ranging from roughly $200,000 to $450,000. These flights are the sweet spot for most space tourists: the experience is genuinely transformative, the time commitment is manageable, and the physical demands are within reach for most healthy adults.

Orbital Missions

Orbital flights are an entirely different category. Instead of briefly touching space and returning, orbital missions place you in orbit around Earth at altitudes of 200 to 600 km, traveling at approximately 28,000 km/h. At this speed, you orbit the planet every 90 minutes, experiencing a sunrise and sunset every 45 minutes. Orbital missions last from three days to several weeks and require significantly more training. SpaceX provides the launch vehicle for most current orbital tourism, while Axiom Space manages private astronaut missions to the International Space Station. Costs range from roughly $50 million to $55 million per seat.

Lunar Tourism (Future)

The next frontier in space tourism is circumlunar flight, where a spacecraft flies around the Moon and returns to Earth. SpaceX's Starship vehicle is designed to enable this kind of mission, and the company has announced plans for private lunar flybys. While no firm dates or prices have been publicly committed for tourist missions, this represents the ultimate space tourism experience: traveling roughly 400,000 km from Earth, seeing the far side of the Moon, and viewing our planet as a small blue marble in the cosmic distance.

Blue Origin New Shepard (Suborbital)

Blue Origin's New Shepard system is the most streamlined suborbital tourism experience currently available. Named after Alan Shepard, the first American in space, the fully reusable vehicle consists of a rocket booster and a crew capsule that separates after engine cutoff.

The flight profile is elegant in its simplicity. The single BE-3 engine ignites, pushing the vehicle past Mach 3 as it climbs vertically. Approximately two and a half minutes after launch, the capsule separates from the booster at an altitude of roughly 75 km. Both the capsule and booster continue upward on momentum, with the capsule crossing the Karman line at 100 km before beginning its descent. During the coast phase, passengers unbuckle and float freely in the cabin, experiencing over three minutes of weightlessness. The capsule features the largest windows ever flown in space: floor-to-ceiling panels that provide an unobstructed 360-degree view of Earth and space. Meanwhile, the booster autonomously guides itself back to a vertical propulsive landing on the pad, a technology Blue Origin pioneered before SpaceX brought it to orbital class rockets.

Each flight carries up to six passengers. There is no pilot aboard; the entire system is fully autonomous, a design choice that maximizes cabin space and eliminates the need for passengers to learn any operational procedures. Training takes approximately one day at Blue Origin's launch facility in West Texas and covers safety protocols, cabin familiarization, how to move in microgravity, and seat ingress and egress procedures.

Notable passengers have included Blue Origin founder Jeff Bezos on the inaugural crewed flight, aviation pioneer Wally Funk who flew at age 82, actor William Shatner who at 90 became the oldest person ever to reach space, and Good Morning America anchor Michael Strahan. The program has completed approximately 30 flights, building a strong safety record. Current pricing is estimated between $200,000 and $450,000 per seat, though Blue Origin has not publicly confirmed a fixed ticket price. Historically, the company has used a combination of auction bidding and direct sales.

Virgin Galactic (Suborbital)

Virgin Galactic takes a fundamentally different approach to reaching space. Instead of launching vertically from a pad, their system uses an air-launch architecture. The carrier aircraft, VMS Eve (also called White Knight Two), takes off from a conventional runway and climbs to approximately 50,000 feet. At altitude, the spaceplane VSS Unity (SpaceShipTwo class) is released. After a brief free fall, the spaceplane ignites its hybrid rocket motor and climbs at a steep angle, reaching speeds above Mach 3 and altitudes exceeding 80 km.

Once the motor shuts down, passengers experience several minutes of weightlessness as the spaceplane coasts through the top of its arc. The cabin features 17 windows and a mirror-like interior designed to reflect the Earth views throughout the space. After the weightless phase, the pilot reconfigures the vehicle's tail booms into a high-drag "feathered" position for stable atmospheric reentry, then glides the spaceplane back to a runway landing at Spaceport America in New Mexico. The total experience from runway to runway lasts approximately 90 minutes, with the powered spaceflight phase taking about 15 minutes.

Virgin Galactic carries six passengers and two pilots per flight. Tickets are priced at $450,000 per seat, making it the most expensive suborbital option. However, the experience includes a multi-day program at Spaceport America: three to four days of preparation that includes bonding with fellow passengers, facility tours, flight simulation, G-force preparation, and safety training. Virgin Galactic founder Sir Richard Branson flew aboard a test flight in July 2021, followed by the company's first commercial service flights in 2023.

The air-launch approach offers some advantages: flights can operate in a wider range of weather conditions than vertical launches, the runway landing eliminates parachute deployment risk, and the experience of climbing aboard an aircraft and transitioning to spaceflight provides a more gradual psychological adjustment to the enormity of what is happening.

SpaceX Orbital Missions

SpaceX occupies a unique position in the space tourism landscape. Rather than operating a dedicated tourism service, SpaceX provides the launch vehicle and spacecraft, the Falcon 9 rocket and Crew Dragon capsule, for various private and commercial missions. This makes SpaceX the essential infrastructure provider for most orbital tourism activities.

The landmark mission was Inspiration4 in September 2021, the first all-civilian orbital spaceflight in history. Funded by billionaire Jared Isaacman, the four-person crew spent three days orbiting Earth at an altitude of 585 km, higher than the International Space Station. The crew included a physician assistant who was a childhood cancer survivor, a community college educator, and a Lockheed Martin engineer. Inspiration4 demonstrated that ordinary people, after appropriate training, could safely live and operate in orbit for days at a time.

The Polaris program followed, with Polaris Dawn launching in September 2024. This mission pushed boundaries even further: the four-person crew reached an altitude of approximately 1,400 km, the highest human spaceflight since the Apollo program. Most remarkably, the mission included the first-ever commercial spacewalk (EVA), with crew members Jared Isaacman and SpaceX engineer Sarah Gillis exiting the spacecraft in specially designed EVA suits. This was a watershed moment, demonstrating that extravehicular activity was no longer the exclusive domain of government astronauts.

For private individuals seeking an orbital experience, the pathway through SpaceX is typically via a charter arrangement or through a partner like Axiom Space. A full Crew Dragon charter carrying four passengers is estimated to cost in the range of $200 million or more for the entire mission, working out to roughly $50 million or more per seat. SpaceX has also flown private customers in partnership with Space Adventures and other brokers. As SpaceX's Starship system becomes operational for crewed flights, costs are expected to decrease substantially due to the vehicle's dramatically larger capacity and full reusability.

Axiom Space Private Astronaut Missions

For those seeking the most immersive space tourism experience currently available, Axiom Space offers private astronaut missions to the International Space Station. These are not brief visits. They are full orbital expeditions lasting 8 to 14 days, during which private astronauts live and work alongside professional crew members on the ISS.

The Axiom model works as follows: Axiom purchases a flight from SpaceX on a Crew Dragon spacecraft, manages all aspects of mission planning and training, and coordinates with NASA for ISS access and operations. Each mission typically carries one professional Axiom commander (a former NASA astronaut) and three private astronauts. Pricing is approximately $55 million per seat, which covers the SpaceX launch, Axiom training and mission management, ISS access fees, and all associated logistics.

Axiom has successfully completed missions Ax-1 through Ax-4. Clients have included private individuals, national astronaut programs using Axiom as a pathway to get their citizens to space (such as Saudi Arabia's astronauts on Ax-2), scientific researchers conducting microgravity experiments, and technology companies testing hardware in the space environment. The diversity of Ax mission participants demonstrates that the ISS, long reserved for career astronauts from partner nations, has genuinely opened to commercial access.

Training for an Axiom mission is extensive. Private astronauts spend weeks to months at NASA's Johnson Space Center in Houston, learning ISS systems, emergency procedures, spacecraft operations, and in some cases preparing for specific scientific experiments they will conduct in orbit. Participants must also pass a comprehensive medical screening. While more demanding than suborbital training, the Axiom program is designed to be accessible to motivated civilians in good health, and the company has successfully trained and flown people from a wide range of backgrounds.

What Training Is Required?

Training requirements vary dramatically across providers, reflecting the different risk profiles and durations of each experience.

Blue Origin (Suborbital)

Blue Origin requires approximately one day of training at their West Texas launch facility. The session covers safety procedures, how to strap into and release from the custom seats, cabin layout and window locations, how to move your body during weightlessness to avoid bumping into fellow passengers, and emergency protocols. Because the New Shepard capsule is fully autonomous, passengers do not need to learn any operational procedures. The training is designed to be thorough but not physically demanding, reflecting the accessibility-first philosophy of the program.

Virgin Galactic (Suborbital)

Virgin Galactic's training program lasts three to four days at Spaceport America in New Mexico. The program is more extensive than Blue Origin's, partly because the spaceplane flight profile involves higher sustained G-forces during the motor burn phase. Training includes centrifuge exposure to familiarize passengers with G-forces, cabin mockup exercises, safety and emergency procedures, spacesuit fitting, and group bonding activities. Virgin Galactic intentionally designs the multi-day experience as part of the overall journey, building anticipation and camaraderie among the passenger group.

Axiom Space (Orbital)

Axiom's training program is the most rigorous in commercial space tourism, requiring weeks to months of preparation. Training takes place primarily at NASA's Johnson Space Center and includes: Crew Dragon spacecraft familiarization and emergency procedures, ISS systems orientation (life support, communications, toilet operations, emergency scenarios), physical conditioning, microgravity adaptation techniques, and for some missions, training for specific scientific experiments. Some Axiom missions have included EVA preparation, though private astronaut spacewalks have not yet been part of the standard offering.

Space Perspective (Balloon)

Space Perspective requires the least training of any provider, essentially a brief orientation and safety briefing. Because the Spaceship Neptune capsule ascends gently by balloon with no rocket engines, G-forces, or weightlessness, there are virtually no physical demands. The capsule is pressurized and climate-controlled, with a bar, restroom, and comfortable seating. This makes Space Perspective the most accessible option for individuals who may not meet the physical requirements of rocket-based providers.

The Physical Experience of Spaceflight

Understanding what your body will experience is one of the most important aspects of preparing for a space tourism flight. The physical sensations vary by provider and mission type, but there are common elements across all rocket-based experiences.

Launch and Ascent

During a rocket launch, you will experience between 3 and 4 G of acceleration, meaning you will feel three to four times your normal body weight pressing you into your seat. This is comparable to an aggressive roller coaster but sustained for a longer period, typically 60 to 150 seconds depending on the vehicle. The sensation is intense but manageable for most healthy adults. You will feel heavy, your chest will feel compressed, and it may be slightly harder to breathe. Vibration and noise from the rocket engines add to the sensory intensity. Both Blue Origin and Virgin Galactic keep G-loads within a range that does not require special physical conditioning.

Weightlessness

The transition from acceleration to weightlessness is one of the most dramatic sensory shifts a human being can experience. In an instant, all sensation of weight vanishes. Your body floats freely, your organs shift slightly within your torso, and your vestibular system (inner ear balance mechanism) no longer has gravity as a reference. Many first-time space travelers report an initial moment of disorientation followed by pure exhilaration. On suborbital flights, you have three to five minutes to enjoy this sensation. On orbital missions, weightlessness is your constant companion for days or weeks, and your body gradually adapts, though some travelers experience space motion sickness during the first 24 to 48 hours.

The View

Every space traveler, without exception, describes the view as the most profound element of the experience. From suborbital altitude, you see the curvature of the Earth stretching to a distant horizon, the impossibly thin blue line of the atmosphere separating the living world from the void, and the deep blackness of space above. Continents, oceans, and weather systems are visible in a single glance. From orbital altitude, the perspective is even more dramatic: you can see entire countries, track hurricanes, watch lightning storms illuminate cloud banks, and observe the terminator line between day and night sweeping across the surface. At night, city lights outline coastlines and river systems like a living circuit board.

The Overview Effect

Perhaps the most significant aspect of spaceflight is psychological rather than physical. The Overview Effect, a term coined by author Frank White in 1987, describes the cognitive shift that occurs when humans see Earth from space. Astronauts and space tourists consistently describe a profound sense of interconnectedness, an immediate understanding that borders and conflicts are invisible from space, and a deep emotional response to the fragility and beauty of our planet. William Shatner, after his Blue Origin flight at age 90, spoke publicly about the intensity of this experience, describing it as the most profound thing he had ever witnessed. Many Axiom private astronauts have reported that the Overview Effect fundamentally changed their perspective on environmental stewardship and global cooperation.

Health Requirements and Medical Screening

One of the most encouraging developments in commercial space tourism is how accessible it has become from a health perspective. The days when only peak-fitness military test pilots could qualify for spaceflight are firmly in the past.

There are no strict age limits for any current provider. Wally Funk flew on Blue Origin at 82, and William Shatner flew at 90. At the other end of the spectrum, Oliver Daemen flew on Blue Origin at 18, making him the youngest person to reach space at the time. The range of ages that have successfully completed space tourism flights demonstrates that the physical demands, while real, are within reach for a broad population.

That said, medical screening is required by all providers. Conditions that may disqualify a candidate or require additional evaluation include: uncontrolled cardiovascular conditions (hypertension, arrhythmias, recent heart attack or surgery), recent major surgery or injury that has not fully healed, severe claustrophobia or panic disorders, certain neurological conditions (epilepsy, recent stroke), and pregnancy. Each provider conducts its own medical evaluation process, and the specifics are not always publicly disclosed.

Blue Origin's medical requirements are relatively minimal, reflecting the brief duration and low physical demands of the New Shepard flight. Passengers must be able to climb the launch tower, strap into their seat, and tolerate 5.5 G during descent. Virgin Galactic's requirements are slightly more stringent due to the sustained G-forces during the motor burn. Axiom's orbital missions require the most comprehensive medical screening, as passengers will spend over a week in microgravity and must be capable of responding to emergency scenarios aboard the ISS.

No pilot license, engineering degree, or advanced fitness training is required for any commercial space tourism program. Providers have specifically designed their vehicles and training programs to accommodate civilian passengers. If you are in generally good health and can pass a standard FAA aviation medical examination (or equivalent), you are likely a candidate for at least the suborbital offerings.

How to Book Your Space Flight

Each provider has a different booking process, and the experience of purchasing a space tourism ticket is unlike buying any other travel product. Here is a provider-by-provider breakdown.

Blue Origin

Blue Origin accepts expressions of interest through blueorigin.com. The company has historically used a combination of online auction bidding and direct outreach to allocate seats. After the initial auction for the first crewed flight raised $28 million for charity, Blue Origin transitioned to a more conventional direct sales model. Interested buyers can submit their information through the website, and the Blue Origin sales team follows up to discuss availability, pricing, and scheduling.

Virgin Galactic

Virgin Galactic sells tickets directly at a fixed price of $450,000 per seat. Prospective customers can begin the process through virgingalactic.com, where they submit an inquiry and are connected with the sales team. A substantial deposit is required to secure a reservation, with the remainder due before the training program begins. Virgin Galactic has accumulated a significant backlog of reservations, so buyers should expect a wait time between booking and flight.

Axiom Space

Axiom Space missions are purchased by contacting Axiom directly through axiomspace.com. Given the $55 million per seat price point and the complexity of ISS missions, the sales process is highly personalized. Axiom works with prospective clients to determine mission objectives, assess medical fitness, plan training schedules, and coordinate with NASA. Some clients have been sponsored by national space agencies using Axiom as a pathway to fly their citizens to space.

SpaceX

SpaceX does not currently sell individual tourism tickets directly to consumers. Private missions are arranged through charter agreements (as with Inspiration4 and the Polaris program) or through intermediaries like Axiom Space and Space Adventures. Individuals interested in chartering a full Crew Dragon mission can contact SpaceX directly, but should expect costs in the range of $200 million or more for the entire spacecraft and mission.

Space Perspective

Space Perspective offers tickets at approximately $125,000 per seat for their Spaceship Neptune balloon flights. Reservations can be made through spaceperspective.com. The company has been accepting deposits and building a reservation queue, with commercial operations beginning from NASA's Kennedy Space Center. This is the most straightforward booking process and the lowest price point in commercial space tourism.

Future Options: What Is Coming Next

The space tourism industry is evolving rapidly, and the options available in 2030 will look dramatically different from what exists today. Several developments are worth watching.

Commercial Space Stations

With the ISS scheduled for decommissioning around 2030, multiple companies are building commercial successors that will explicitly include tourism as part of their business model. Axiom Space is constructing modules that will initially attach to the ISS before detaching to form an independent Axiom Station. Orbital Reef, a joint venture between Blue Origin and Sierra Space, is designing a mixed-use station with dedicated tourism capacity. Vast is developing the Haven station with a focus on making the orbital experience more comfortable and accessible. These stations will offer purpose-built accommodations for tourists rather than the utilitarian environment of the ISS.

SpaceX Starship Tourism

SpaceX's Starship is the most consequential vehicle in development for space tourism's future. With a pressurized volume larger than a Boeing 747 and the ability to carry over 100 passengers, Starship could fundamentally change the economics of spaceflight. If SpaceX achieves its cost targets, orbital tourism could eventually drop into the hundreds of thousands of dollars per seat rather than tens of millions, opening the experience to a much wider consumer base. Starship is also the vehicle SpaceX plans to use for lunar tourism missions, including the long-discussed Dear Moon project concept of flying artists around the Moon.

Space Hotels

Several companies have announced concepts for orbital hotels, though these remain in early development. Orbital Assembly has proposed rotating stations that use centripetal force to simulate partial gravity, which would address many of the discomforts of extended weightlessness. Vast's station designs emphasize comfort and livability. While a true luxury space hotel is likely a decade or more away, the infrastructure being built today, commercial stations, crew transport, and life support systems, lays the groundwork for this eventual market.

Suborbital Point-to-Point Travel

One of the more speculative but tantalizing possibilities is using suborbital or orbital trajectories for point-to-point Earth travel. SpaceX has proposed using Starship to fly passengers between major cities in under an hour, with flights from New York to Shanghai taking approximately 39 minutes. While regulatory, safety, and practical challenges are enormous, the technology to do this is being developed for other purposes, and adaptation for passenger transport is a logical long-term application.

Lunar Surface Tourism

In the longer term, as lunar infrastructure develops through NASA's Artemis program and commercial lunar landers, tourism on the Moon's surface becomes conceivable. This is a multi-decade prospect, but the combination of lunar habitats, surface transportation, and regular Earth-Moon transit that Artemis and its commercial partners are building could eventually enable civilian visits to the Moon. Companies like SpaceX, Blue Origin (through their Blue Moon lander), and ispace are all building the pieces that would make lunar tourism technically possible.

Is Space Tourism Worth It?

This is ultimately a personal question, but the evidence from those who have experienced it is remarkably consistent. Virtually every person who has been to space, whether a career astronaut with hundreds of days in orbit or a space tourist on an 11-minute suborbital hop, describes it as one of the most profound experiences of their life. The Overview Effect is not marketing hyperbole; it is a well-documented psychological phenomenon that fundamentally alters how people perceive Earth, humanity, and their own place in the universe.

From a purely economic perspective, space tourism prices have been declining and will continue to do so. Blue Origin's suborbital flights have dropped from the $28 million auction price of the first seat to an estimated $200,000 to $450,000 range. As competition increases and vehicles like Starship come online, the trend is clearly toward greater accessibility. Elon Musk has stated that a long-term goal for Starship is to reduce the cost of orbital spaceflight to the point where a ticket might cost in the range of $100,000, comparable to what many people spend on a luxury car.

If you have the financial means today, the suborbital offerings from Blue Origin and Virgin Galactic represent a genuinely unique experience that is unavailable through any other means. Nothing else, no virtual reality simulation, no zero-G parabolic airplane flight, no high-altitude balloon ride, replicates the sensation of crossing the boundary of space and seeing Earth as a whole. For those with larger budgets, an Axiom ISS mission offers a multi-day immersion that current space tourists consistently describe as life-changing.

For those who cannot afford current prices, patience is a virtue. The trajectory of space tourism is unmistakably toward lower costs and wider access. The first airplane tickets cost the equivalent of tens of thousands of dollars in today's money; within decades, air travel became accessible to ordinary consumers. Space tourism is following the same pattern, just earlier in the curve. Within a generation, a trip to space will likely be within financial reach of middle-class travelers, particularly for suborbital and near-space experiences.

In the meantime, the most practical step for aspiring space tourists is to stay informed, monitor pricing trends, and begin saving. The universe is not going anywhere, and your window of opportunity to experience it firsthand is only growing wider.