Space tourism hasn’t been just movie sci-fi for a long time. In the coming years, it is expected to take a major step forward—from short suborbital “hops” to staying at the first hotel in Earth orbit. The Voyager Station project, led by Orbital Assembly (now operating under the Above Space brand), aims to become the first commercial space hotel with artificial gravity and to welcome its first guests around 2027. It’s an ambitious plan that combines technology, architecture, medicine, and finance, while also raising a host of questions—from the price of such a stay to whether the opening date is realistic at all.
Who’s behind Voyager Station and what the project aims to achieve
Behind Voyager Station is a team around Orbital Assembly, a company founded with the goal of building a robust industry for constructing large structures in orbit. The brand later rebranded to Above Space, but the goal remained the same: to bring commercial stations with so-called hybrid gravity into orbit—serving not only tourists, but also scientific teams, businesses, and government institutions. The basic idea is simple but technically extremely demanding: create a place where people can live and work long-term without the negative effects of prolonged exposure to microgravity that we know from the International Space Station (ISS).
Orbital Assembly therefore isn’t planning just a “hotel for the rich,” but an entire family of stations—from smaller experimental platforms to large Voyager-type stations that are meant to combine tourist accommodation, research labs, manufacturing space, and data centers. In the company’s messaging, a recurring idea is that space should become “another normal place to do business,” not an exclusive domain of government agencies and astronauts. Voyager Station is the flagship of this portfolio, because it is supposed to be the first to show that even a stay at a space hotel can be comfortable and relatively “normal”—within the limits of life in orbit, of course.
What Voyager Station is supposed to look like: a huge rotating ring in orbit
Voyager Station is designed as a large rotating ring that will orbit Earth in low Earth orbit. Architectural studies and visualizations suggest it will consist of a central non-rotating hub, connected via “spokes” to the outer modules that form the habitable ring itself. Early estimates mention an area of roughly 50,000 m² and a ring divided into 24 modules with a total of about 11,500 m² of usable space—about the size of a small shopping mall.
The station’s capacity varies slightly across sources, which is normal for a project still under development. It’s often stated that Voyager Station could host around 280 guests at a time and roughly 100 to 120 crew members; other estimates put total capacity at up to about 400 people. In any case, it won’t be a tiny capsule but a full-fledged complex—more comparable in size and capacity to a small cruise ship than to the ISS.
The modules themselves will serve different functions—some as hotel rooms and luxury suites, others as restaurants, bars, recreation areas, sports facilities, or scientific laboratories. The plans include, for example, social zones with views of Earth, concert or conference halls, and even gyms that use lower gravity for entirely new kinds of sports and movement activities. For architects and designers, it’s a unique challenge: they must combine safety requirements, life-support constraints, and escape routes with the expectation that guests will feel like they’re on vacation—not inside a starkly technical facility.
Artificial gravity: why a space hotel has to spin
The key difference between Voyager Station and today’s orbital stations is intended to be artificial gravity. The station’s ring will rotate around its axis, creating centrifugal acceleration that will affect travelers similarly to gravity on Earth. The project’s early phases assume the station will be set to roughly “lunar” gravity—about one-sixth of Earth’s gravity—while later the angle and rotation speed should be adjustable to “Martian” or near-Earth gravity.
According to available plans, the rotation rate is around 1.5 revolutions per minute—a compromise between providing a meaningful sense of gravity and minimizing motion sickness from rotation. The concept of a rotating station—often referred to as a “von Braun wheel”—isn’t new; engineers and physicists considered similar solutions as far back as the 1950s. What’s new is that someone is trying to build it in practice, at a commercial scale involving hundreds of guests and long-duration stays.
Artificial gravity matters greatly for human health in space. Long-term exposure to microgravity causes muscle loss, reduced bone density, shifts in blood and fluid distribution in the body, and vision problems. If a space hotel is to be a place where people spend several days to weeks without major health complications, gravity simulation is practically essential. It also creates a kind of “bridge” between a conventional Earth vacation and future long-duration stays in space that would be more physically tolerable for ordinary people.
What guests will experience: from luxury suites to bars with an Earth view
Based on published visualizations and descriptions, Voyager Station is meant to offer a blend of comfort familiar from luxury hotels and experiences possible only in orbit. Guests should have access to standard hotel rooms as well as larger suites with views of Earth through panoramic windows. The station is also expected to include restaurants with high-end dining, bars where you can have a drink in a lower-gravity environment, and social spaces for events, concerts, and talks.
Sports and recreation zones are another intriguing part of the concept. Imagine basketball or a climbing wall in lunar gravity, where you can jump several times higher than on Earth and fall much more slowly. For travel agencies and content creators, that means entirely new kinds of experience-based products—from “standard” stays to themed trips for athletes, influencers, or film crews. At the same time, the question remains how exactly this mix of comfort and extremes will be balanced in practice so that guests feel both safe and thrilled.
Beyond tourism, the plan also assumes that part of the station’s capacity will be reserved for research teams and companies. Artificial gravity offers new possibilities for medical and materials experiments, combined with periods of microgravity in the central hub module. The commercial model likely won’t rely only on selling “rooms,” but also on leasing modules and laboratories to industry and universities, which should help reduce the operating costs of the hotel itself.
How much a vacation in space could cost
When it comes to pricing, it’s important to stress that this is a project under development and no official price lists exist. Some estimates, however, cite a figure that at today’s exchange rate would be roughly €4.6 million per stay per person, including several days of training and the flight to and from the station. This is a very rough estimate that could change significantly depending on developments in launch vehicles, competition, and demand—but it illustrates well that the early years will be aimed more at ultra-wealthy clients than at “ordinary families.”
The construction of the station itself is estimated at tens of billions of euros, making Voyager Station an investment comparable to the largest infrastructure projects on Earth. Costs include not only the structure and modules, but also rocket launches, the development of robotic assembly systems for orbit, safety certification, insurance, and continuous operations. Investors naturally want to know how such a project can pay off, which is why Orbital Assembly/Above Space talks about a broader portfolio of services—from tourism to microgravity manufacturing and long-term contracts with industry.
Over the long term, prices are expected to drop significantly thanks to cheaper and more frequent flights to space. If projects like SpaceX’s Starship—or other commercial carriers—prove themselves in practice, the cost per kilogram to orbit could fall by an order of magnitude, directly affecting ticket prices and the cost of staying at such a hotel. That scenario, however, is more for the next decade than for Voyager Station’s first years of operation.
When construction is supposed to begin—and how realistic 2027 is
Project communications have featured various dates for a long time—from starting construction around 2025 to beginning operations in 2027. Older articles said the first construction work should start in the second half of the 2020s, with hotel operations beginning shortly after. Newer texts from 2025 still mention 2027 as a target, but it is framed more as an ambitious milestone than a firmly guaranteed date.
It’s worth noting that Voyager Station depends on several parallel trends: the development of heavy-lift rockets and crew/cargo vehicles, financing and regulation, and testing prototypes of artificial-gravity structures at smaller scales. The plans suggest that before the hotel itself, a smaller experimental “gravity ring” station should come first to test rotating-ring technologies and safe transitions between zones with different gravity levels. Until those tests are successfully completed, a full-scale hotel for hundreds of guests is more of a concept on paper than a truly reliable schedule.
The company itself has also communicated that 2027 is more of a goal it’s working toward than a guaranteed deadline. For projects like this, delays of several years are more the rule than the exception—as we’ve seen in the history of the ISS, space telescopes, or commercial rockets. Readers should therefore treat 2027 as a reference point: if the project secures funding, regulatory approvals, and technological validation, the first modules could indeed appear in orbit in the next decade.
Technical challenges: rockets, safety, and logistics
Building a space hotel isn’t only about money, but also about a long list of technological steps that must work reliably and safely. First, hundreds to thousands of tons of material have to be delivered to orbit, which simply can’t be done without super heavy-lift launchers. Then assembly has to happen in orbit—either using remotely operated robotic arms, autonomous robots, or teams of astronauts and technicians working from smaller service stations. Every joint, module, and weld must withstand not only the mechanical loads of rotation, but also extreme temperature swings and radiation.
Another enormous challenge is guest safety. The hotel must have well-developed evacuation plans in case of decompression, rotation failure, or malfunction of one of the modules. That includes rescue vehicles, shelter zones, automatic seals, and redundant life-support systems. From a regulatory standpoint, this will be an entirely new type of facility, which international agreements on space use and liability for damage will also have to adapt to. Regulatory and insurance requirements may well be one reason why space-hotel projects have been postponed repeatedly in the past.
Everyday operational logistics are also significant. The hotel needs steady resupply—from food and water to spare parts and fuel for maneuvering thrusters. Add to that crew rotation, regular system inspections, and the ability to handle small and large failures without having to evacuate everyone immediately. In practice, that means Voyager Station will have to function more like a hybrid of a research station and a cruise ship than like a conventional hotel we’re used to on Earth.
The first space hotel as the beginning of a new era of space tourism
Voyager Station isn’t the only commercial station concept being discussed today. Alongside it are plans like Starlab and other commercial destinations intended to maintain a human presence in low Earth orbit after the ISS reaches the end of its service life. The difference is that Voyager Station has been presented from the outset as a blend of a work station and a hotel, with the tourism aspect especially prominent in its marketing. Compared with projects that target government agencies and research teams, it is the most visible symbol of the future “vacation in space.”
If similar projects succeed, the impact could extend beyond wealthy tourists. Increased demand for launch vehicles, orbital services, and space infrastructure could lower the cost of access to space for science, startups, or smaller countries that can’t afford their own missions today. At the same time, it will create pressure for stronger international rules addressing safety, debris, liability, and the ethical questions tied to commercializing Earth’s orbital environment.
Voyager Station can therefore be seen as part of a broader trend in which space is shifting from an exclusive laboratory to a place where—at least for some people—it will be possible to live, work, and spend leisure time. Whether the first hotel is truly ready by 2027 or we’ll have to wait longer will be shown by the next decade. Even today, however, it’s clear that the idea of “a room with a view of Earth from orbit” is no longer confined to novels, but has entered real business plans and engineering studies.
Video: Visualization of the first space hotel, Voyager Station
If you want a better sense of what the interiors and movement around the station might look like, check out a popular 3D visualization of the project. The video moves from an external view of the rotating ring to hotel rooms, social spaces, and views of Earth. It helps turn technical terms into a concrete picture of what guests might actually experience in orbit.
Video: How much a stay at the first space hotel could cost
The next video focuses mainly on costs, pricing, and the economics of the Voyager Station project. It explains why early estimates are extremely high, how rocket costs feed into them, and why prices could fall in the future. It also offers interesting graphical visualizations that supplement the technical details with clearer economic context.
Conclusion: Sci-fi—or reality soon?
Voyager Station is a project that divides opinion. Some see it as the natural next step after the International Space Station and a logical outcome of cheaper launches and growing interest in the space economy. Others consider it too ambitious and point to huge technical, financial, and regulatory risks. The truth is likely somewhere in the middle—technology is developing quickly, but large projects often run late and change shape depending on funding and political support.
Regardless of the exact opening date, Voyager Station is a strong signal that space tourism is moving from short flights to longer stays. Whether more everyday travelers will one day reach orbit is a matter of time, prices, and technological progress. The idea that you might one day choose between a seaside holiday and a weekend in a space hotel is no longer just a sci-fi fantasy, but a real plan of specific companies and engineering teams.
Sources
- Eric Baldwin: World’s First Space Hotel to Open in 2027 – ArchDaily
https://www.archdaily.com/958528/worlds-first-space-hotel-to-open-in-2027 - Above: Space Development Corporation – Voyager Station – Wikipedia
https://en.wikipedia.org/wiki/Above%3A_Space_Development_Corporation - World’s First Space Hotel to Open in 2027, Hosting Up to 400 People – Orbital Today
https://orbitaltoday.com/2025/06/07/worlds-first-space-hotel-to-open-in-2027/ - Jeff Spry: Company plans to start building private Voyager space station with artificial gravity in 2025 – Space.com
https://www.space.com/orbital-assembly-voyager-space-station-artificial-gravity-2025 - Voyager Station, the First Hotel in Space by 2027 – ArchiExpo e-Magazine
https://emag.archiexpo.com/voyager-station-the-first-hotel-in-space-by-2027/ - The world’s first space hotel is set to launch in 2027 – Geekspin
https://geekspin.co/first-space-hotel-to-launch-in-2027/ - Gateway Foundation Gives a Detailed Update on its Voyager Station Concept – Universe Today
https://www.universetoday.com/articles/gateway-foundation-gives-a-detailed-update-on-its-voyager-station-concept - Rotating wheel space station – Wikipedia
https://en.wikipedia.org/wiki/Rotating_wheel_space_station - Inside The First Space Hotel Voyager Station – YouTube
https://www.youtube.com/watch?v=VsDsVrtAisM - Voyager Station: First Luxury Space Hotel Scheduled to Open. How much would it Cost? – YouTube
https://www.youtube.com/watch?v=5PB_KbhR4WE
Jana
I like turning curiosity into words, and writing articles is my way of capturing ideas before they slip away — and sharing them with anyone who feels like reading.
