Top 50 Space Tourism

Space Aura offers space tourism experiences using a unique high-altitude balloon system to transport tourists in the luxurious Spaceship SKAP1 to the edge of space, reaching altitudes of 100,000 feet. This service provides individuals with the opportunity to witness the breathtaking view of Earth and the cosmos, addressing the lack of accessible human spaceflight experiences.

Space Perspective offers carbon-neutral space travel through its Spaceship Neptune, the largest human spaceflight capsule designed for safety and accessibility. The experience includes luxury amenities and panoramic views, addressing the need for sustainable and enjoyable space tourism.

Unastella develops and operates launch vehicles capable of carrying six passengers to suborbital space, reaching altitudes exceeding 100 kilometers. This service provides individuals with the opportunity to experience weightlessness and view Earth from space, addressing the growing demand for accessible human space travel.

ThinkOrbital develops robotic systems and platforms for in-space construction, servicing, and inspection, utilizing autonomous assembly technologies for efficient deployment in low Earth orbit. Their solutions address the need for scalable and cost-effective infrastructure in the emerging New Space economy, enabling a range of applications from satellite maintenance to space tourism.

The startup is creating a global space entertainment platform that enables audiences to participate in human spaceflight missions through reality TV. By providing exclusive access to space exploration stories and marketing rights, the company engages a worldwide audience in the selection of space explorers and fosters interest in the space industry.

The startup provides commercial astronaut training through tailored programs that encompass pre-mission training, flight preparation, and post-mission debriefing, ensuring participants are fully equipped for suborbital and orbital spaceflights. By offering end-to-end services, the company addresses the need for comprehensive astronaut training and support, enabling a new generation of space travelers to safely embark on their journeys.

Axiom Space develops human-rated space infrastructure and operates end-to-end missions to the International Space Station (ISS), addressing the need for commercial access to low-Earth orbit. The company is also constructing Axiom Station, the first commercial space station, and creating next-generation spacesuits for future lunar and deep-space exploration.

Blue Origin is an aerospace company that utilizes reusable rocket technology to significantly reduce the cost of access to space. By enabling more frequent and affordable spaceflights, the company facilitates exploration and commercial activities in the solar system.

Sierra Space develops the Dream Chaser® spaceplane and commercial space stations, utilizing patented rocket propulsion technologies and advanced environmental systems for life support in microgravity. Their solutions enable efficient on-orbit operations and biomanufacturing, addressing the need for sustainable infrastructure in space exploration and commercial activities.

The startup manufactures reusable sub-orbital spaceplanes designed for safe travel to outer space and small satellite launches. By utilizing advanced aerospace engineering techniques, the company provides a cost-effective solution for commercial space access, enabling customers to conduct research and deploy satellites without the high costs associated with traditional space missions.

SpaceX designs and manufactures reusable rockets to significantly lower the costs of space travel. By enabling multiple launches with the same hardware, the company addresses the high expenses associated with traditional single-use launch systems.

Metakosmos is developing the Kosmosuit®, a next-generation spacesuit utilizing patent-pending technology to enhance safety and performance for commercial spaceflight. This innovation addresses the high costs and accessibility challenges of astronaut training and spacesuit production, making space exploration more feasible for a broader audience.

Max Space designs expandable inflatable habitats for space that provide significant cost savings and increased livable volume. These habitats address the challenge of limited and expensive space infrastructure by offering scalable solutions for both human habitation and storage in orbit.

Vast develops modular habitat systems and life support technologies to enable sustainable human habitation on celestial bodies. The company provides essential infrastructure for long-duration space missions, ensuring the viability of human life beyond Earth.

Develops reusable, refuelable space transport vehicles that perform on-orbit payload capture, transfer, and return using water-derived propellant harvested from lunar regolith. This system decouples in-space transportation from Earth-based launches, providing cost-effective, flexible access to low Earth orbit, geostationary orbit, lunar orbit, and beyond, while enabling sustainable space operations.

Ethos is constructing the first fully-integrated spaceport on the Moon, featuring landing pads and fuel depots that utilize processed lunar regolith for infrastructure and rocket propellant. This approach significantly reduces the cost of space logistics by establishing a sustainable supply chain beyond Earth.

HelicitySpace develops scalable fusion propulsion engines, known as the Helicity Drive, to enable efficient and reusable travel into deep space. This technology addresses the need for faster and safer transportation for off-world industries and resource mining, while also facilitating clean energy production both in space and on Earth.

The Exploration Company designs and operates the Nyx, a modular and reusable space capsule that facilitates cargo transport to and from low-Earth orbit and lunar stations. By utilizing refillable propulsion systems and a proprietary docking mechanism, Nyx addresses the need for cost-effective and sustainable access to space infrastructure.

Promin Aerospace has developed an ultra-lightweight launch vehicle utilizing autophagic technology, which employs gasification and pulsation combustion to minimize mass and eliminate space debris. This approach enables rapid satellite deployment within one month, making orbital access feasible for countries, organizations, and individuals previously excluded from space missions.

Longshot Space develops hypersonic launch technologies that utilize advanced propulsion systems to significantly lower the cost of accessing space. By enabling rapid and efficient launches, the company addresses the high expenses associated with traditional space transportation methods.

DPhi Space is developing a ridesharing platform for deploying space payloads, enabling users to launch up to 3U payloads with integrated power, computing, and communication capabilities. This platform addresses the high costs and complexities associated with accessing space, making it more affordable and accessible for various payload developers.

Redwire develops and manufactures essential space infrastructure, including power generation systems, deployable structures, and in-space manufacturing facilities, to enable sustainable human presence in space. The company addresses the challenges of space commercialization and international collaboration by providing reliable solutions for complex space missions.

Stoke Space develops the Nova, a fully reusable medium-lift rocket that provides on-demand access to any orbit, significantly reducing launch costs by 20 times. The technology addresses the high expenses and environmental impact associated with traditional rocket launches, enabling sustainable and scalable operations in the space economy.

Creation-Space develops and tests space technologies that enhance sustainable human presence in deep space, utilizing advanced life support systems and resource utilization methods. These technologies provide practical solutions to climate change challenges by improving environmental monitoring and resource management on Earth.

NordSpace develops portable spaceports and vertically integrated launch vehicles for responsive orbital launches. Their technology enables launches from any location on Earth to any point in space. They also offer turn-key satellite solutions.

TakeMe2Space is developing AI-powered satellites in low Earth orbit that provide affordable access to orbital infrastructure for students, researchers, and enterprises. Their technology enables users to run compute tasks in space, upload AI models for earth observation, and capture high-resolution images, addressing the high costs and long wait times traditionally associated with satellite access.

Auriga Space provides electrically powered hypersonic launch services using linear electric motors and magnetic levitation technology to accelerate payloads to over six times the speed of sound. This approach enables frequent, on-demand launches while minimizing vibration and aerodynamic drag, addressing the need for efficient and flexible access to space.

Orbital Matter utilizes advanced 3D printing technology to manufacture large-scale space infrastructure directly in orbit, significantly reducing material usage and launch costs. By producing structures in microgravity, the company minimizes the need for heavy payloads and multiple rocket trips, streamlining the construction of space stations and lunar habitats.

PAVE Space provides orbital transport via its Kickstage platform, capable of delivering multi-ton payloads to any orbit within 24 hours using storable propellants. The company also offers integrated in-space services, including inspection, life extension, and on-orbit servicing, leveraging reusable propulsion and robotics.

Skyrora provides launch services for small satellites using a range of environmentally friendly rockets, including the three-stage Skyrora XL designed for Sun-Synchronous Orbit. The company addresses the need for reliable and scheduled access to space, allowing customers full control over their satellite launches without delays from co-passengers.

Gama develops low-cost, scalable solar sails for deep space exploration, enabling continuous acceleration without the need for fuel. This technology allows for missions previously deemed too expensive or complex, such as asteroid reconnaissance and interplanetary cargo transport, to be conducted efficiently and economically.

Radian Aerospace is developing Radian One, a single-stage-to-orbit spaceplane that utilizes horizontal takeoff and landing capabilities to achieve full reusability. This technology addresses the high costs and logistical challenges of traditional vertical launch systems, enabling more frequent and affordable access to Low Earth Orbit.

Titans Space Industries is developing reusable spaceplanes that utilize a hybrid propulsion system for horizontal takeoff and landing from conventional airports. This approach enables more frequent and cost-effective access to orbit for crewed and cargo missions.

POLARIS Spaceplanes is developing a reusable space launch and hypersonic transport system that combines aircraft and rocket technologies, exemplified by its AURORA spaceplane. This technology provides routine, low-cost access to space, addressing the high expenses and complexities associated with traditional space transportation methods.

HALO Space offers zero-emission near-space tourism flights using a pressurized capsule suspended from an aerospace balloon, reaching altitudes of 25-40 km for a duration of 4-6 hours. This service provides a unique opportunity for passengers to experience the curvature of the Earth, addressing the limited access to such views for the general public.

The startup develops a reusable space vehicle that significantly lowers the cost of space transportation while ensuring high reliability. This technology enables frequent access to space, fostering the growth of new industries and opportunities for exploration.

The startup designs and manufactures large structures in space, including commercial space stations and solar power platforms, utilizing advanced assembly techniques in microgravity environments. By providing infrastructure for work and leisure in orbit, the company enables clients to capitalize on the growing space economy.

SpaceDreams designs and operates modular spaceport infrastructure and ground systems, providing turnkey solutions for launch operations and maintenance. By reducing the costs associated with ground proximity operations, the company enhances accessibility to space for launch providers and spaceports.

UARX Space provides in-space logistics and launch services for small satellites and payloads, offering rideshare and dedicated launch solutions from LEO to lunar and interplanetary destinations. They also deliver specialized engineering support and deployer systems to simplify space mission execution.

AnduraX is developing reusable spaceplanes for hypersonic transportation and interplanetary missions, enhancing national defense capabilities while enabling suborbital flight tourism. The startup addresses the need for reliable and efficient space travel solutions, combining advanced engineering with a focus on safety and sustainability.

iSpace designs and develops commercial space shuttles utilizing advanced propulsion systems and modular spacecraft architecture. The company aims to provide reliable and cost-effective access to low Earth orbit for satellite deployment and space tourism.

RocketStar is developing reusable single-stage-to-orbit launch vehicles powered by its FireStar™ Fusion Drive, which utilizes aneutronic nuclear fusion to enhance thrust performance by 50% compared to traditional thrusters. This technology addresses the inefficiencies of conventional multi-stage rockets, enabling faster and more cost-effective access to space.

The startup specializes in the design, manufacturing, and launch of Reusable Launch Vehicles (RLVs) to reduce the cost of access to space. By enabling multiple launches with the same vehicle, the company addresses the high expenses associated with traditional expendable launch systems.

This Indian aerospace startup offers affordable space tourism and rocket launch services using reusable launch vehicles and modular payload systems. By reducing the cost of access to space, they enable a broader range of customers to experience space travel and support satellite deployment for various applications.

AAKA Space Studio designs and tests human-centric habitats for space missions, utilizing space analog facilities to simulate Martian and Lunar conditions. The firm addresses the challenges of astronaut isolation and circadian disruption during long-duration missions, enhancing the understanding of habitat ergonomics and sustainability.

The startup manufactures aerospace components using an eco-friendly stratospheric balloon system for low orbital flights, providing emission-free space tourism experiences. This technology enables users to enjoy safe and sustainable tours of the upper atmosphere, addressing the environmental impact of traditional space travel.

The startup provides customizable in-orbit transportation services that facilitate access to high Earth orbits and beyond. By offering cost-effective solutions for independent space missions, the company enables the space community to conduct specialized operations with greater efficiency.

The startup provides in-space logistics through a reusable vehicle designed to transport cargo between satellites and space stations. This technology addresses the high costs and inefficiencies associated with current space transportation methods, enabling more frequent and affordable access to space.

Delta Space Leonis develops cost-effective space technologies and engineering solutions. They specialize in space engineering, electronics, and computer science to make space exploration more accessible.

The startup utilizes hypersonic technology to provide a cost-effective and reliable method for transporting payloads from land or sea to any point on Earth and into orbit. This solution addresses the need for rapid and flexible logistics in both terrestrial and space applications.