Construction of Space Capsule Prefab Houses
The construction of space capsule prefab houses primarily relies on factory prefabrication, with relatively simple on-site installation. Taking the VESSEL micro-stay space capsule as an example, its construction process can be summarized into three stages: factory prefabrication, transportation to the site, and on-site installation and commissioning.
Factory Prefabrication Stage: Space capsule prefab houses adopt a highly integrated factory production model. Taking the movable high-tech space capsule houses used in new rural areas in 2025 as an example, their main structures, interior decorations, and functional systems (such as power systems) are all assembled in the factory. Taking the VESSEL micro-stay space capsule as an example, it is 9.1 meters long and 3.4 meters high, with an outer shell made of aviation aluminum. This material is lightweight, high-strength, and corrosion-resistant, suitable for modular production. Solar panels are integrated on the top, generating more than 20 kilowatt-hours of electricity per day, which can meet daily power demands. Internal circuits, lighting, temperature control, and other systems are also pre-debugged in the factory to ensure complete functionality upon delivery.
Transportation to the Site Stage: The prefabricated space capsules are transported to the installation site using dedicated transport vehicles. Since the space capsules are designed to be movable, their dimensions and weights must comply with road transportation regulations. For example, the size design of the VESSEL micro-stay space capsule takes into account both transportation convenience and internal space requirements, and it must be securely fixed during transportation to prevent damage from bumps.
On-site Installation and Commissioning Stage: The installation process typically includes foundation preparation, space capsule positioning, connection and fixation, and system commissioning. First, the site must be leveled and a foundation (such as a concrete base or adjustable support) must be laid to ensure that the ground bearing capacity meets requirements. Then, the space capsule is precisely placed on the foundation using lifting equipment and fixed with bolts or welding. Finally, water and electricity pipelines (such as solar energy storage systems and water supply and drainage pipes) are connected, and internal equipment (such as lighting, temperature control, and security systems) is debugged to ensure all functions operate normally. The entire installation cycle is relatively short, generally completed within a few days, significantly shortening the construction period of traditional house building.
