Steel structure spacecraft

1. Structural stability and seismic performance: The steel structure spacecraft is constructed with high-quality steel, ensuring the strength and durability of the cabin. The high strength of steel enables the cabin to withstand extreme weather conditions and external impact forces, and the double-layer design further increases the spatial hierarchy and overall structural stability

2. Lightweight and Flexibility: The light steel structure spacecraft uses lightweight and high-strength steel and advanced manufacturing processes to achieve lightweight design, reduce launch costs, and improve the maneuverability and flexibility of the spacecraft. This design is not only suitable for space exploration, but also for scenarios that require rapid deployment and migration

3. Modular design: The spacecraft adopts a modular design, where each module can be independent of each other or combined and expanded, improving the adaptability and scalability of the spacecraft. This design is easy to repair and replace equipment, and also facilitates functional adjustments as needed

4. Multifunctionality and comfort: The interior space of the spacecraft can be reasonably divided into different functional areas such as living and working areas, meeting the diverse living and working needs of residents. Its excellent insulation and thermal insulation performance ensures the comfort of the cabin environment

5. Rapid deployment and low cost: The spacecraft adopts modular production technology, which can land quickly in a short period of time. Under normal circumstances, installation can be completed in as fast as 3 hours. This design enables the spacecraft to quickly respond to market changes while reducing construction and maintenance costs

6. Wide applicability: Steel structure spacecraft are suitable for multiple fields, including space exploration, scientific research, disaster relief, field exploration, and other scenarios. Its modular design and easy to transport features enable it to be quickly deployed where needed, providing timely accommodation solutions for various emergency situations

7. Environmental Protection and Energy Efficiency: The spacecraft is equipped with advanced environmental protection facilities, such as solar power supply system and rainwater collection system, aimed at reducing energy consumption and minimizing environmental impact. In addition, the spacecraft also emphasizes the recycling of resources, such as using water-saving technologies and recycling wastewater, which reduces resource consumption.