Space station module orbiting Earth

The Next
Generation Space
Station

Continuous human presence in orbit, advancing science, technology, and commercial opportunities.

Built
for the Future

Advanced systems supporting research, exploration, and long-term missions

Satellite orbiting Earth with solar panels and modules
Height
17m tall
Width
7.7m wide
Crew Capacity
4 crew continuous presence and 8 crew during turnover
Launch Configuration
Altitude: 500 km
Inclination: 45° circular orbit
Single launch

External Features

Starlab space station orbiting Earth with solar panels 01
Expansion Ports
Three docking ports allow the station to host multiple visiting vehicles
Astronaut performing repairs on space station module. 02
SKYMAKER™ arm
MDA SKYMAKER™ will transfer unpressurized cargo and payloads with visiting vehicles and provide maintenance and observation capabilities
Satellite orbiting Earth with detailed technological equipment 03
payload platforms
Scalable external payload platforms compatible with airlock and robotics for payload accommodations
External Payload Laboratory
Illuminated spacecraft windows in dark outer space 04
power & propulsion
Continuous power, thermal heat rejection and station propulsion
Satellite orbiting Earth with sunlight glare 05
Bishop AIRLOCK
Large science airlock with slide table for interior/exterior transfer of payloads

Habitat

Functional, flexible, and future-ready living space for crews
Starlab space station orbiting Earth
Metallic Habitat
Spacious crew quarters and laboratory that continuously hosts 4 astronauts and up to 8 for short durations
Futuristic spacecraft interior with viewscreen and window
Large Windows
Provide an expansive view of the Earth and external environment
Futuristic spacecraft interior with round doorway and panels
Crew Habitation
Continuously hosts 4 astronauts and up to 8 for short durations with Regenerative Environmental Control & Life Support System (ECLSS)

Beneath the Surface

Detailed cutaway diagram of a spacecraft module
06
Stowage
Detailed x-ray image of a smartphone structure
Deck
06
Stowage
05
Stowage
Detailed blueprint of industrial machine parts
Deck
05
Stowage
04
Stowage
Cross-section of modern industrial equipment
Deck
04
Stowage
03
Crew Habitation
Overhead view of detailed train car interior layout
Deck
03
Crew Habitation
02
Internal
Payload Laboratory
Overhead view of detailed spacecraft module layout
Deck
02
Internal
Payload Laboratory
01
Systems Deck
X-ray view of a cargo container's internal structure.
Deck
01
Systems Deck
00
Utility Bay
Detailed grayscale architectural model cross-section.
Deck
00
Utility Bay
Each deck of Starlab is purpose-built, from crew quarters and laboratories to exercise, hygiene, and stowage areas. Together, these layers create a complete environment for long-duration missions.
3D model of Starlab space station orbiting Earth

The Next Generation Space Station

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AI-Enabled Operations

Fully integrated backbone architecture across the customer portal, operations, and administrative functions
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Digital Twin
& Crew Operations
Data
& Logistics
Customer Portal
Front End
Business
& Finance Models

Imagined on Earth, Realized in Space

Voyager Institute for Space, Technology and Advancement (VISTA) is located at The Ohio State University and is one of the first science parks dedicated to in-space research and innovation
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Expert
Guidance
Global
Ecosystem
Funding
Network
Comprehensive
Support
29°32’54″N
95°07’13″W
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