Friday, 05 June 2026 11:00 AM
Product Announcements
A Scalable Lunar Habitat and Cargo Transportation System Designed to Support Permanent Settlement on the Moon and Future Clean-Energy Supply Chains
LOS ANGELES, CA / ACCESS Newswire / June 5, 2026 / The next-generation concept for Moon colonization was introduced at the Space Tech Expo USA 2026. Lunar Capsule is a space habitat designed to enable sustained human presence on the lunar surface. The system integrates structural, environmental, power, and operational subsystems into a compact, scalable architecture optimized for long-duration interplanetary operations.
The capsule utilizes a semi-monocoque cylindrical pressure vessel, combining a load-bearing shell with internal structural reinforcements to provide strength, mass efficiency, and resilience for lunar environment, including radiation exposure, extreme thermal cycles, debris impact, and internal pressurization loads. Developed as a modular building block, it's capable of operating as a standalone unit or as part of a larger interconnected habitat system. Multiple capsules can be docked or integrated horizontally, vertically, or radially to form expanded living, research, or logistics quarters, supporting mission scalability from short-duration stays to permanent lunar infrastructure, herein referred to as Moon Building Complex.
The architecture includes, among other elements, crew systems within the cabin, featuring interiors built on aircraft heritage for space applications, providing food storage and preparation equipment, crew hygiene and health systems (including a toilet) to ensure crew well-being, health, and productivity.
With NASA's announcement of its goal to build the Moon Base at an unprecedented scale in the early 2030s focusing on habitats, cargo, and long-term operations, the Lunar Capsule is considered one of the offerable solutions to deliver the infrastructure required to support these capabilities. The development roadmap can be structured as follows to align with the targeted timeline:
Mission definition: 6 months
Subsystem maturation: 6 months
Detailed design: 2 years
Integration and preparation: 1 year
Deployment and activation: 1 year
"We need a technically feasible solution capable of reaching TRL 9 and enabling actual mission ahead of the curve," said Thanik Nithiphanthawong, the engineer behind the Lunar Capsule and founder of Tasger Industries. "This system is practical, manageable, and can be ready by the specified timeframe."
Another key objective of this system is to facilitate the extraction and transport of resources through cargo transport configuration, including helium-3, a rare, non-radioactive isotope present in the Moon's surface material (regolith) that has long been discussed as a potential fuel source for advanced fusion energy systems, integrating in-situ resource utilization (ISRU).
Regarding the concept of operations (CONOPS), the Lunar Capsule will be transported from Earth to the Moon aboard a launch vehicle and transferred to lunar orbit for surface deployment. Upon arrival at destination, the system functions as either a crew habitat or a cargo container, depending on mission objectives. Maintenance and repair will be performed on the Moon to allow continuous operation and permanent presence.
"The maintenance and repair operations will be entirely different from what we've done before," said Thanik. "There are no hangars with full access to equipment, parts, and an experienced team in space or on other planets. As a result, the design philosophy incorporates extraterrestrial MRO requirements, representing a novel approach."
As humanity enters a new era of space exploration, the Lunar Capsule establishes the foundation for living and working beyond Earth.
For more information: [email protected]
SOURCE: Tasger Industries