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The modular survivable undersea research submarine is designed to improve the efficiency and safety of undersea research missions. Through the modular design, different functional blocks can be flexibly configured to adapt to various scientific research needs; it is also equipped with a navigator module to assist operations, and at the same time, the advanced survival support system ensures the safety and comfort of the crew during long-term submersibles.
Wandering Ark is a concept for a hydrogen powered trimaran designed as a floating habitat at sea. The hull combines a trimaran form with an X bow shape to provide strong stability in different sea conditions. A large superstructure offers living space for residents. Solar, wind and wave systems collect energy, and a seawater hydrogen production system stores hydrogen on board. Fuel cells convert the stored hydrogen into electricity for propulsion and daily use. Water is the only emission of the process, so the vessel reaches zero emissions.
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Swimcar is a modular amphibious vehicle designed for flood-prone cities. The vehicle combines a sealed electric chassis with an independent cabin made of carbon fiber composite. A magnetic-hydraulic interface holds the two parts together during road use. When sensors detect rising water, the cabin is released and floats as a life raft, so passengers remain above the surface. An eco-benefit module purifies water through aeration and filtration while the vehicle travels. In-wheel motors provide propulsion on land and in water.
X Transport is a concept cargo transport vehicle designed for Antarctic research stations. The design is inspired by penguins, which slide on their bellies to move quickly across ice and snow. The shell is made of metal, and the two skis at the base are made of high-strength carbon fiber. Propulsion units at the top and the tail use vector thrust technology to control speed and direction. The cargo cabin is held by an X-shaped structure that can be raised and lowered to adjust the center of gravity. The aim is faster delivery of supplies.
Modular and detachable vehicles have become an effective solution to address the extreme environments of space, such as vacuum and radiation, as well as the diverse needs of exploration missions. Through modular design, different functional modules can be flexibly configured to adapt to various scientific research requirements; and through advanced survival support systems, the safety and comfort of astronauts during long-duration missions are ensured.
Haidongqing is a gas detection drone designed for industrial monitoring and emergency response. The form takes inspiration from the diving posture of an eagle, with lines that suggest speed. A modular structure holds gas sensors and a real-time data transmission system. The body is made with three-dimensional printing, computer controlled precision machining and carbon fiber composite molding, which keeps the drone light and strong. The drone measures 480 mm in width, 400 mm in length and 100 mm in height. A handheld device controls flight, while a display and alarm system report gas levels.
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