The Gateway Foundation is pioneering the first orbital space station with artificial gravity, accommodating tourists and researchers for weeks-long stays. Targeted for operation in 2025, this visionary project features a sci-fi-inspired design that's both ambitious and captivating.
Founded by John Blincow in 2012, the Gateway Foundation has unveiled its Voyager station, drawing inspiration from Wernher von Braun's concepts. This rotating circular platform spans nearly 500 meters wide, harnessing inertia and centripetal force to simulate gravity akin to the Moon's.
Voyager could house over 400 people, including crew, with plans for functionality by 2025 and public access in 2027 at an estimated $70 billion cost. If realized, it would become the largest human-made structure in space.
A dedicated docking bay will welcome shuttles, followed by an elevator to the central Hub—the station's core, featuring administration, control centers, storage, and stunning Earth views.
Residents head to the Lunar Gravity Area (LGA), the vibrant living zone with twenty-four 20x12-meter housing modules. Amenities include living quarters, a gymnasium, restaurant, cinema, and spa. Each module has an emergency shuttle below for safety.
As a premier scientific center, the gravity ring will enable research on partial artificial gravity's effects on living and non-living systems, supporting agencies and private aerospace firms. This lays groundwork for expansive future space habitats.
Forward-thinking, Voyager will host government and private lunar training missions, fostering entrepreneurial space tourism ventures.
Recent updates from a January 29 Q&A reveal the Orbital Assembly Corporation (OAC), leading the project, opened to private investors until April 1, 2021 ($0.25 per share).
Prior to full rotation, orbital infrastructure and scaled prototypes are essential. John Blincow's assembly robot, STAR, will construct the framework, tested via Earth-based DSTAR prototype.
Weighing nearly eight tons, DSTAR will soon test in California, producing a 90-meter trellis section in under 90 minutes. An observation drone with VR headset integration will monitor progress remotely.
To validate stable artificial gravity, OAC plans a 61-meter diameter prototype simulating Mars gravity—about 40% of Earth's. Build and launch: 2-3 years; orbital assembly: just three days.
