If you want to reserve a room in an orbital hotel, you’ll need to book 18 to 36 months ahead. Specialized space tourism platforms handle the process, and you’ll have to pass medical clearance and finish astronaut training that takes months.
You’ll pay a big deposit and deal with strict cancellation rules. The space travel provider coordinates your transport up to the hotel, so you won’t be booking flights on your own.
The orbital hotel booking process starts when you pick your preferred space hotel and choose how long you want to stay. Only dedicated commercial space travel platforms like Voyager Station and Axiom Space can handle these reservations—regular hotel sites just can’t manage the complexity.
You’ll fill out an initial application with basic medical info and proof you can pay. Deposits aren’t cheap; expect to put down $500,000 to $1 million just to hold your spot.
Most space hotels keep long waiting lists because they have limited room. Voyager Station, for example, plans to host 400 guests when it opens, which is the biggest capacity anyone’s announced so far.
They only confirm your reservation after you pass medical evaluations and finish training programs. Space tourism companies insist on this because staying in orbit is nothing like a weekend getaway.
You’ll pay in stages: deposit first, then milestone payments during training, and finally, you’ll pay the rest about two or three months before launch. As your launch date gets closer, it gets harder to cancel or get your money back.
You can’t just book a room for next weekend. Most people reserve their space hotel stays two to three years in advance.
That long window is necessary because construction, launch schedules, and the few available flights all play a part. Voyager Station aims to open in 2027 and is already taking reservations.
The station’s spinning wheel design will create artificial gravity, and they’ll offer both short visits and longer residencies. Availability changes with the seasons, but not in the way you might expect.
Orbital mechanics and the timing of launch windows matter more than holidays. Weather at places like Kennedy Space Center also throws a wrench in the schedule sometimes.
Space hotels add capacity as they build more modules, so the earliest guests get the best placement. If you book later, you might have to wait longer.
Sometimes a last-minute spot opens up if someone cancels, but only people who already finished training and medical checks can grab these. Spaceflight schedules demand everyone be ready far ahead of launch.
You can’t skip the medical checks—they’re thorough and take three to six months. Companies check your heart, bone strength, and mental health to make sure you’re fit for space.
The training covers zero-gravity simulations, emergencies, and basic spacecraft operations. Most people spend 40 to 80 hours training, spread out over several months.
You’ll work with fitness trainers who know what space travel does to the body. They’ll help you get ready for microgravity and the stress of launch and re-entry.
Training isn’t cheap; it adds anywhere from $100,000 to $500,000 to your total cost, depending on your needs and the length of the program. This is on top of what you pay for your hotel room in space.
Space tourism operators keep strict medical standards. Even if you pass at first, they’ll keep checking your health during training, and changes can mean losing your spot—sometimes with very little refund.
You’ll also learn about life support systems, communication, and how daily life works up there. They want you to be safe, but also to enjoy the experience.
Space hotels come with a variety of room types, all designed for long stays in artificial gravity. Most rooms cater to couples or travelers wanting a luxury experience, and, let’s be honest, you’ll need a big budget.
Two-person suites are the standard at most space hotels. These rooms work well for couples or friends who want to share the orbital experience.
Voyager Station plans compact suites with artificial gravity from the station’s rotation. Each suite comes with sleeping quarters, a small seating area, and a bathroom using special plumbing for space.
Large windows let you watch Earth roll by every 90 minutes. Guests get to see sunrises and sunsets again and again—kind of surreal, really.
Standard suite amenities:
Most suites have a three-night minimum. The artificial gravity lets you walk around instead of floating, which is probably a relief for most folks.
Luxury villas go all out with space and comfort. These larger units target travelers who want the best—and can pay for it.
Voyager Station’s villas will stretch across several modules, with separate bedrooms, living areas, and private dining spaces. Each villa fits up to four guests and comes with dedicated crew service.
The villas include panoramic domes for 360-degree views of Earth and space. Imagine having your morning coffee while watching the planet spin below.
Premium villa features:
Villa stays can last a week or even a month. The extra space helps with the stress of being so far from home.
Some villas throw in dedicated workspaces for guests who can’t leave work behind, even in orbit.
Space hotels don’t just copy Earth hotels—they offer things you can’t get anywhere else. These amenities take full advantage of the orbital setting and artificial gravity.
Dining options include restaurants built for low-gravity. Chefs use space-friendly ingredients, and some spots even let you eat in zero gravity.
Entertainment comes in the form of concert halls and movie theaters, all adapted for the space environment. You can sit in regular chairs thanks to the artificial gravity, which is a nice touch.
Fitness centers use the unique gravity settings for new kinds of workouts. Equipment adjusts to lunar or Martian gravity, so you can try exercising as if you’re on another world.
Observation decks are scattered throughout, offering places to take photos or just stare at Earth. They provide pro camera gear and telescopes for guests who want a closer look.
All these amenities are built to work with the station’s life support, so you can have fun and stay safe.
A handful of companies are building orbital hotel platforms and their own reservation systems. Each one tackles space hospitality a bit differently.
The most advanced booking systems come from Orbital Assembly Corporation’s Voyager Station, Axiom Space’s commercial space station modules, and new players like Orion Span.
Orbital Assembly Corporation runs the most robust reservation platform right now. Their Voyager Station system lets you reserve a spot on what they say will be the first commercial space hotel, set to open in 2027.
You can book standard suites, luxury villas, or even commercial units. Guests get access to 24 modules—about 125,000 square feet of pressurized space.
Voyager Station Amenities You Can Book:
Their system handles up to 280 guests and 112 crew per rotation. The whole thing spins at 1.5 times per minute to create lunar gravity.
You reserve your spot directly through their sales platform. They market these orbital accommodations a bit like luxury resorts back on Earth.
Axiom Space manages reservations for their commercial modules attached to the International Space Station. Their platform focuses on pro astronaut missions and private orbital trips.
Axiom handles bookings for multi-day stays in their habitat modules, which will eventually break off to form an independent space station. They coordinate with NASA’s commercial crew program for launches and training.
Their system includes astronaut training, medical checks, and arranging your ride to orbit. Axiom leans into research and commercial projects, so you can reserve lab time or do zero-gravity experiments during your stay.
Orion Span developed a reservation system for their Aurora Station concept, but that’s on hold for now. Other companies are working on their own platforms.
Bigelow Aerospace takes reservation inquiries for their expandable habitat modules. Their system focuses on inflatable space station tech.
NanoRacks books space for commercial activities, and they’re exploring orbital accommodation services too. Their platform mostly handles payloads and research time.
Blue Origin and Sierra Space are putting together a reservation system for their Orbital Reef commercial space station. When it’s ready, it’ll compete directly with Voyager Station and Axiom Space.
These newer providers target different crowds. Some want the luxury tourism market, while others focus on research and manufacturing in orbit.
Getting to your orbital hotel isn’t as simple as hailing a cab. First, you’ll board advanced spacecraft like SpaceX’s Crew Dragon or, maybe in the future, Blue Origin’s systems.
Then you’ll launch from a major spaceport—think Kennedy Space Center, not your local airport.
SpaceX leads the way in getting guests to orbital hotels. Their Crew Dragon spacecraft carries up to seven passengers and has already flown civilians to orbit.
Crew Dragon launches on a Falcon 9 rocket and docks automatically with space stations. Big windows let you watch Earth as you travel, and the seats are custom-fitted for the rough parts of the ride.
The cabin stays at Earth-like pressure and temperature the whole time. Blue Origin, for now, sticks to suborbital flights with New Shepard, but they plan to offer orbital trips for hotel guests down the road.
Key Transport Features:
Most people use SpaceX for hotel trips because of their strong safety record. They’ve already taken private citizens to the ISS and on independent orbital missions.
Kennedy Space Center is the main launch site for orbital hotel missions. Passengers usually show up two or three days before launch for last-minute prep and weather checks.
The spaceport staff run all safety checks and get the crew ready to board.
On launch day, everyone suits up in custom-made spacesuits they got fitted for months earlier. Passengers ride out to the launch pad in special vehicles and climb aboard the spacecraft using access arms.
Final safety checks take about two hours before liftoff.
Florida weather can really mess with launch schedules. Afternoon thunderstorms and strong winds often push launches to backup dates.
When weather delays hit, passengers stay at nearby facilities and just have to wait it out.
The launch sequence runs automatically. Passengers feel about three minutes of intense acceleration before hitting orbit.
Most folks deal with motion sickness in the first few hours of weightlessness.
Mission Control teams on the ground track every part of the flight. They coordinate with the orbital hotels for docking and can call off a mission if there’s a safety issue.
Modern space hotels give guests two different gravity experiences thanks to clever engineering. Some stations spin to create artificial gravity up to 0.57-G, while others let you experience pure weightlessness the whole time.
Voyager Station is leading the way in artificial gravity with its big spinning wheel design. The station spins at about 1.5 rotations per minute, so gravity levels change from zero at the center hub up to lunar gravity in the outer rings.
Guests get to try a hybrid environment. The central docking hub keeps things at zero gravity for arrivals and departures.
Pressurized elevators move visitors out to modules where artificial gravity gets stronger the farther you go.
The Pioneer station model fits 28 guests, each able to move between different gravity zones. You can wander from microgravity to lunar or Martian gravity and back, which helps you adjust to weightlessness without losing all the sensations you know.
Gravity Zone Options:
Artificial gravity helps prevent a lot of the health problems that come with long-term weightlessness. In the outer sections, you can walk like you would on Earth, while the zero-gravity zones let you float around.
Living in microgravity changes almost everything you do. Even putting on pants becomes a weird challenge—though astronauts say you can just float and slide both legs in at once.
Setting up sleeping arrangements takes some getting used to. Guests have to strap their sleeping bags to a wall, floor, or even the ceiling, since “up” and “down” don’t mean much anymore.
Space hotels provide special sleeping quarters for comfort in microgravity.
Daily Activity Changes:
Most people adapt to weightlessness within a day or two. On the International Space Station, astronauts pick up new movement habits pretty quickly.
Space hotels for civilians add handholds and guides all over the place to make things easier.
Physical changes are common—faces puff up and you might feel disoriented as fluids shift around the body. These effects usually go away once you’re back on Earth.
Space hotels go all out with luxury perks, reworking everything for zero gravity. You’ll find specially prepared meals, fitness equipment built for microgravity, and plenty of ways to stay entertained.
Options range from Earth observation decks to virtual reality systems that actually work while you’re floating.
Space food’s come a long way from those old freeze-dried packets. Modern orbital hotels serve thermostabilized gourmet dishes that actually taste good and keep their texture in zero gravity.
Meals arrive in containers designed to keep food from floating around. Chefs prep dishes like beef wellington and lobster thermidor using advanced preservation, so the food stays moist and heats up fast in space ovens.
Beverage service includes coffee, tea, and juice, all dispensed through special systems to avoid spills. Some hotels even serve wine or cocktails, but usually in small, controlled amounts.
Dining areas use magnetic tables and utensils. Guests strap in so they can eat comfortably and move naturally.
Meal times turn into social events, with everyone swapping stories and watching Earth spin by.
Some hotels even grow fresh herbs and veggies in hydroponic systems. It’s not just for garnish—seeing green plants in space is a real mood booster.
Space workouts need special gear since regular weights don’t work up there. Hotels set up treadmills with harnesses to keep you from floating off while you run.
Resistance machines use elastic bands or pneumatic systems instead of weights. These target all the big muscle groups and help you stay healthy in microgravity.
Guests usually work out for about 2.5 hours a day to keep bones and muscles strong. Fitness programs include cardio, strength training, and stretching, all tweaked for space.
Exercise bikes come with fancy restraints and adjustable resistance. Rowing machines use air pressure to mimic water.
All the equipment tracks your heart rate and effort so you can see your progress.
Personal trainers lead guests through routines to make sure everyone exercises safely and gets the most out of their workouts.
Earth observation lounges are a huge hit. Guests spend hours just watching storms, city lights, and wild natural events from orbit.
Virtual reality systems designed for microgravity let you experience spacewalks or explore Earth without worrying about which way is up.
Reading areas have tablets and e-readers anchored with magnets. If you want a real book, you’ll need to keep a close eye on those pages—they float too.
Game rooms offer twists on classics. You’ll find three-dimensional chess, floating ping pong, and even zero-gravity acrobatics.
Guests can video call family and friends back home from communication centers. Sharing live views of Earth is something people never forget.
Some hotels set up small theaters for space documentaries and science films. The projectors work in any orientation, so you don’t have to worry about which way you’re facing.
Booking an orbital hotel isn’t like reserving a regular room. Specialized platforms handle the tricky logistics and unique payment rules. Space hotels ask for big deposits and stick to strict cancellation policies because there’s so little space and the operational costs are sky-high.
Space tourism companies use reservation systems built just for their needs. These connect directly to spacecraft schedules, medical clearance databases, and astronaut training programs.
Most bookings start with a pre-qualification step on a special portal. Customers go through medical screenings and training before they can even see available dates.
The platforms juggle launch windows, weather delays, and spacecraft capacity. Mission control systems feed real-time updates to keep everything current.
Key features:
Payment runs through secure systems made for big transactions. Identity checks and international space commerce rules apply.
To reserve a spot, guests usually pay a hefty deposit—30% to 50% of the total cost. Full payment comes due 30 to 90 days before launch, depending on the operator.
Cancellation policies are tough. Cancel less than six months before launch, and you’ll probably lose your whole deposit.
Typical payment structure:
If a medical issue pops up, you might get a partial refund. Voluntary cancellations almost always mean you forfeit what you’ve paid, since planning these missions costs a fortune.
You can buy insurance to cover cancellation fees. Space tourism insurance helps with medical problems, family emergencies, and some operational delays.
Guests at orbital hotels have to pass strict medical checks before launch and count on advanced emergency systems during their stay. Space travel requires thorough health screening and backup plans for the unique risks of orbit.
Commercial space travelers go through serious medical exams months before their trip. Doctors make sure passengers can handle launch and time in microgravity.
Cardiovascular Assessment
Space medicine specialists run stress tests and check heart function. Since the cardiovascular system changes fast in weightlessness, doctors look for any conditions that could get worse up there.
Vestibular System Testing
They test your inner ear to see how you’ll handle zero gravity. Lots of people deal with space motion sickness in the first few days.
Medical History Review
Doctors dig through past surgeries, meds, and chronic health issues. Some medications work differently in microgravity, so you might need changes.
Physical Fitness Requirements
Guests have to show basic strength and movement skills. Being able to move in emergencies is crucial when you’re floating in three dimensions.
Mental Health Screening
Psychologists check how you might handle isolation and tight spaces. Claustrophobia or anxiety can become big problems during a multi-day space stay.
Orbital hotels set up backup systems and escape routes for all kinds of emergencies. These protocols deal with the challenges of being hundreds of miles above Earth.
Escape Pod Systems
Every orbital facility has pressurized escape pods that can bring guests home in hours. These pods work independently and have their own life support.
Medical Emergency Response
Trained medical staff handle common health issues in microgravity. For serious emergencies, the hotel can send guests back to Earth using medical return vehicles.
Micrometeoroid Impact Protection
Space debris is a real threat. Hotels use radar to track debris and move guests to safe zones if something comes too close.
System Failure Protocols
Backup life support kicks in automatically if there’s a failure. Before their trip, guests get training on emergency oxygen and how to communicate during a crisis.
Commercial space stations have to follow a tangled web of international treaties and national licenses. The Outer Space Treaty from 1967 sets the basic rules for orbital activities. Modern operators also need full approval from their country’s aviation authorities.
The Outer Space Treaty is the main legal backbone for orbital hotel operations. Since 1967, it’s laid out that all space activities must benefit everyone and bans any country from claiming parts of space as their own.
State Responsibility Requirements
Operators answer to their home countries under Article VI. For example, the U.S. government oversees all American-flagged orbital hotels through the FAA and other agencies.
Article VII makes operators strictly liable for any damage caused by their space objects. Hotels have to show proof of insurance and emergency plans before they’re allowed to operate.
Every commercial space station gets registered with the United Nations. That means sharing technical details, orbital paths, and schedules so regulators can keep track.
The treaty’s non-appropriation rule means hotels can’t claim ownership over their orbital spots. Instead, operators get coordination rights through the International Telecommunication Union for their assigned slots and frequencies.
National licensing processes decide which companies can legally run orbital accommodations. In the United States, the Federal Aviation Administration handles commercial space station licensing through its Office of Commercial Space Transportation.
Application Requirements
If you want to operate an orbital hotel, you’ll need to submit detailed safety analyses, environmental impact assessments, and proof of financial responsibility. The FAA asks for evidence of enough insurance—usually over $100 million for any orbital facility planning to host humans.
Safety Standards
Commercial space stations have to meet tough crew safety requirements. These include backup life support, solid emergency evacuation options, and strict structural integrity standards.
Often, these rules go even further than the International Space Station’s protocols, since you’re dealing with civilian guests.
Operational Oversight
Regulators carry out regular safety inspections on licensed facilities. Operators must report every incident to the authorities.
If safety standards slip or international treaty rules get broken, the FAA can suspend operations.
International Coordination
When multiple countries are involved, each nation’s licensing authorities need to coordinate. This back-and-forth can slow down approvals, but it helps keep safety standards consistent across borders.
The space hospitality scene is gearing up for serious growth as companies roll out booking systems for destinations beyond low Earth orbit. New reservation platforms will soon handle lunar hotels and deep space stays, blending in tech that could totally change what it means to be a guest.
Reservation systems are adapting to handle bookings for hotels scattered at different altitudes and spots within Earth’s orbital zone. Companies like Orbital Assembly Corporation design stations for various orbital heights, so booking platforms need to factor in different flight times and transfer plans.
Multi-destination booking capabilities are on the way. As more space hotels pop up at different orbital points, guests will pick from hotels in geostationary orbit, medium Earth orbit, or even unusual locations like Lagrange points with their wild views.
Booking will use real-time orbital mechanics data. Reservation systems will calculate launch windows based on where the hotel is and which spaceport you’re leaving from.
This adds dynamic pricing—rates shift depending on orbital alignment and how much fuel the trip needs.
Extended stay packages are coming for guests planning to spend weeks in orbit. These longer trips need more logistics than a quick suborbital hop, including medical support and evacuation planning.
Lunar orbital hotel bookings are the next big leap for space tourism. These hotels will circle the Moon, not Earth, and need totally different reservation systems and guest prep.
Booking timelines for lunar hotels stretch out way longer than for Earth-orbit stays. Guests often have to reserve months or even years ahead, since lunar transfer windows are rare and Moon-bound spacecraft have tricky logistics.
The process includes mandatory pre-flight training that lasts weeks. Guests book their hotel stay along with astronaut prep courses covering lunar orbital dynamics, emergency drills, and how to handle long stretches in zero gravity.
Lunar viewing packages will let guests time their stays with special lunar events or the best Earth views. You could book for a lunar eclipse, a prime Earthrise, or when certain lunar features are visible from your room.
Advanced reservation tech is changing how guests book and experience space hotels. Now, you can take a virtual reality tour of your hotel room and common spaces before you book, which makes it way easier to decide.
AI-powered concierge services will tailor the reservation experience by learning guest preferences. These systems will suggest hotel features, dining, and activities based on your motion sensitivity, what you want to see, and your activity level.
Blockchain-based booking platforms are cropping up to handle the messy logistics of space hotel reservations. They juggle spacecraft schedules, orbital positioning, weather, and international space law across all the companies involved.
Real-time modification capabilities let guests tweak their bookings if orbital conditions or spacecraft schedules change. Space hotel reservations need more flexibility than traditional hotels, since launches can shift at the last minute.
People are paying more attention to the environmental footprint and resource use of space exploration. Rocket emissions and the ethics of tapping space resources make orbital hospitality a tricky business.
Rocket launches dump atmospheric emissions straight into the upper atmosphere. A single suborbital flight releases a lot of greenhouse gases into the stratosphere, where they stick around longer than pollution at ground level.
Black carbon from rocket exhaust soaks up solar energy high above Earth. This can change atmospheric temperatures and mess with climate patterns. Methane and nitrous oxide emissions are a big deal—methane, for example, is 25 times more powerful than CO₂ over a century.
Space travel companies are trying to go greener. Many launch sites now use solar panels for ground operations. Reusable rockets from SpaceX and Blue Origin help cut down on manufacturing waste.
The more launches we have, the bigger the space debris problem gets. Each mission creates a risk of adding junk to orbit, which threatens satellites and future missions. Companies have to plan for debris mitigation before they even launch.
Pollution from launches hangs out in the stratosphere, where it takes ages to clear up. If launches keep ramping up, the climate impact could get worse than we expect.
Space exploration brings up big questions about who owns resources and who gets to go. Right now, the high price of space tourism means only the wealthy can participate, which doesn’t exactly seem fair.
As private companies take over from government agencies, they decide who gets access to space and at what cost. This shift puts control in the hands of commercial operators, not public entities.
Global cooperation hasn’t really kept up with the speed of commercial space development. With few regulations, companies often operate with minimal oversight on resource use and environmental impact.
Using space resources has to strike a balance between science and profit. Building spacecraft with rare materials competes with the needs of people on Earth.
There’s also the issue of who can even get to a launch site. Most spaceports are in a few regions, so your location and travel options matter—a lot. This limits who can take part in space exploration.
Booking an orbital hotel isn’t like booking a room on Earth. You’ll need to use specialized reservation systems, plan way ahead, and be ready for a hefty financial commitment. Most reservations require deposits between $100,000 and $500,000, and you’ll pay in full months before launch.
Guests start by registering with dedicated space tourism platforms, not your usual travel sites. Voyager Station and Orion Span run their own systems to handle all the unique requirements of orbital stays.
You’ll pick your accommodation type and how long you want to stay. Entry-level suites usually have a three-night minimum, while luxury villas can be booked for weeks or even months.
Once you confirm your booking, medical clearance kicks off right away. Expect health checks, heart assessments, and psychological screenings to make sure you’re fit for space.
After you’re cleared, pre-flight training starts and can last several months. You’ll go through zero-gravity simulations, emergency drills, spacecraft systems lessons, and physical conditioning.
Payment comes in phases. You put down a big deposit to hold your spot, then pay the rest 60 to 90 days before launch. The payment schedule is strict.
Extended stay packages give you a better nightly rate if you book a week or more. Voyager Station offers discounts for reservations over seven days, especially for luxury villas.
Group bookings are available for families or corporate teams, with reduced per-person rates. These deals often include shared training and coordinated launch schedules.
If you book 18 to 24 months in advance, you might catch early-bird promos. Operators use these deals to lock in bookings and keep construction on track.
Some packages combine ground-based astronaut training with your orbital stay. These bundles include zero-gravity flights and extra prep.
Most people book orbital hotels two to three years before they plan to travel. This long lead time covers construction, limited capacity, and all the passenger prep.
Voyager Station is already taking reservations for its planned 2027 opening. Early deposits get you priority, and with only 400 spots, things fill up fast.
Launch schedules depend on orbital mechanics and weather, so availability clusters in certain months. Demand can spike during these launch windows.
Sometimes, last-minute spots open up if someone cancels, but you’ll need current medical clearance and finished training to jump in. These chances go to travelers who can be ready at a moment’s notice.
Orbital hotels use rotating station designs to create artificial gravity, so you can walk instead of floating everywhere. Voyager Station, for example, spins 1.5 times per minute to mimic lunar gravity.
Dining options include space-adapted meals served in restaurants and bars. You’ll get both freeze-dried favorites and fresh food delivered on supply missions.
For fun, you’ll find weightless basketball courts, low-gravity gyms, and observation decks with killer Earth views. Some stations even plan to host concerts in zero gravity.
Rooms range from standard pressurized cabins to luxury suites with extra privacy and big viewing windows. All spaces keep Earth-like air, temperature, and pressure.
You can make video calls and use the internet for an extra charge—usually $10,000 to $25,000 a day. Emergency communications are always free.
Cancellation fees go up fast as launch day gets closer because spacecraft schedules and crew plans are locked in early. If you cancel more than a year out, you usually get 75 to 85 percent back.
Cancel within six months, and you might lose 50 to 75 percent of what you paid. These strict rules reflect the big commitments needed for space trips.
If you’re medically disqualified, you’ll get 60 to 70 percent back after training costs are deducted. Operators set these policies to protect both passengers and their own operations.
Mission delays from weather, technical issues, or orbital timing don’t trigger refunds, but you might have to pay for extra ground accommodations. Insurance is a must to handle these risks.
You won’t find traditional travel agencies handling orbital hotel reservations. The process is just too specialized and, honestly, a bit complicated. Space tourism operators run their own booking platforms for these out-of-this-world stays.
Voyager Station takes care of its own reservations through a dedicated system. They designed it to handle everything from medical clearance tracking to training schedule coordination for up to 400 guests on their rotating wheel station.
Orion Span offers its own booking service for the Aurora Station concept. Their team manages reservations and helps passengers get ready for their trip, keeping an eye on medical requirements and training progress.
Axiom Space handles bookings for its commercial space station modules. They focus on both research and tourism stays, and their platform works directly with NASA and ISS operations.
Some specialized space tourism consultants step in to help high-net-worth travelers book orbital hotels. They guide clients through medical prep and training, but these personalized services usually come with a hefty price tag.
