MIT is making waves in the space industry with its development of a compact propulsion system that could revolutionize how small satellites are launched and maneuvered. This new micro-thruster technology, being researched at MIT's Space Propulsion Laboratory, has the potential to drastically cut down the cost of space missions by offering a more efficient alternative to traditional rocket systems. The miniaturized thrusters can be integrated into small satellites, enabling them to perform complex maneuvers with greater precision. When an electric voltage is applied, the liquid propellant inside the device is ionized and expelled through a tiny nozzle, creating a stream of charged particles that push the satellite forward. This solar-powered ion-jet propulsion system allows four thrusters to provide both primary thrust and fine-tuned position control for small satellites. Beyond just launching satellites, this technology could also play a crucial role in managing space debris. As satellites reach the end of their operational life, these micro-thrusters could help de-orbit them safely, reducing the risk of collisions in Earth's orbit. Researchers around the world are taking notice—Swiss scientists, for instance, have proposed using similar mini-thrusters to send a shoebox-sized satellite to the Moon within just six months, using only a few drops of fuel. This innovation not only opens the door to more affordable and accessible space exploration but also highlights the growing importance of small satellites in modern space missions. With continued research and development, we may soon see a future where even small spacecraft can travel far and do big things. Ultrasonic Level,Ultrasonic Level Sensor,Ultrasonic Level Transmitter,Ultrasonic Water Level Sensor Wuxi Winsun Automation Instrument Co., Ltd , https://www.winsunwx.com