Aerospace & Defense
Spacecraft electronics are vulnerable to damage from temperature extremes, impacts, and long missions. Traditional PCBs cannot repair themselves after cracks or fractures, risking total mission failure.
This invention introduces self-healing PCB circuits using embedded microfluid channels underneath the electrical traces. If a trace fractures, conductive liquid metal flows into the break and restores the circuit automatically.
Oblique Wing research-driven design addresses the aerodynamic inefficiencies of conventional symmetric wing configurations at high-speed flight regimes by proposing a structurally optimized oblique wing (OW) configuration. Unlike conventional sweep-back designs, the OW incorporates a single-pivot, asymmetric wing structure capable of variable sweep adjustment,
This product design presents an innovative camber morphing wing system integrated with an AI driven control unit, developed to adaptively modify wing camber in real time based on flight conditions. The wing is engineered with a flexible structure and embedded actuators that allow smooth morphing without the use of traditional flaps or slats.
The benefits of liquid oxygen (LOX) propellant depots in Low Earth Orbit (LEO) are becoming increasingly apparent, as evidenced by investments from NASA and aerospace contractors in fuel storage and transfer technologies. But LOX fuel is still launched from Earth at a cost of 22kg of launch propellant for every kilogram put in orbit.
The idea is to have air outlets built onto the hand and foot areas of the spacesuit. The outlets are controlled by valves. The valves are controlled by the person wearing the suit. Movement is achieved by adjusting the valves as well as the hand and foot gestures.
Despite rapid advances in drone technology, the instant, autonomous launch of multiple aerial missions remains a critical challenge. Current docking systems typically support only single-drone operations, limiting scalability and mission flexibility.
The Stackable Drone Docking Port addresses this challenge with a transformative solution. Designed as a compact, cylindrical docking station, it can house, charge,
The following is not in the AI madness stream covering the whole world. It belongs to the traditional, conservative scientific research process related to quantum computing.
ThermoLock™ is a high-performance, passive fireproof coating system engineered to enhance the heat resistance, durability, and survivability of critical assets in aerospace, spaceflight, and defense sectors. Developed by Doctor T Co., Ltd. in Thailand as a proprietary extension of the TPoxy™ platform (currently under IP filing),
The Twin Terrain Mobility Tactical Vehicle (TTMTV) is a futuristic solution to the mobility restrictions of tracked vehicles (a.k.a. tanks) experienced in the Defense industry. It is generally known that wheeled vehicles lose traction in terrains such as mud, sand and snow. Tracked vehicles do much better on these terrains. However, tracked vehicles are incompatible with paved surfaces,
Kobe Bryant, his daughter Gianna, and seven others died when their highly experienced helicopter pilot became disoriented after he lost sight of the terrain below. The pilot, Ara Zobayan, was flying under visual flight rules (VFR) in conditions that required instrument flight rules (IFR) due to low visibility and a low cloud ceiling. He climbed into the clouds,
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