MIT is currently working on a compact propulsion system that could help small rockets reach orbit and even venture further into space. The head of the Space Propulsion Laboratory at MIT believes this miniaturized technology has the potential to greatly lower the costs of space missions compared to traditional spacecraft systems. This tiny thruster can be installed on small satellites. When electricity is applied, the liquid propellant inside the device emits an ion current through a micro-nozzle. These charged particles then push the satellite forward. With this solar-powered ion-jet propulsion system, four thrusters can offer small satellites both precise positioning and enough thrust for main maneuvering. Beyond just propulsion, this technology could also help in tackling space debris. It could be used to deorbit satellites at the end of their lifespan, helping to clean up the growing amount of trash in Earth's orbit. Researchers around the world are also exploring similar miniaturized propulsion solutions for small satellites. For example, Swiss scientists have proposed using just a few drops of fuel to send a shoebox-sized satellite to the moon within six months. As the demand for smaller, more affordable satellites grows, innovations like these could revolutionize how we explore and manage space. This kind of advancement not only makes space more accessible but also helps ensure the sustainability of our orbital environment for future missions. Turbine Flowmeter,Turbine Flow Meter,Turbine Type Flow Meter,Liquid Turbine Flow Meter Wuxi Winsun Automation Instrument Co., Ltd , https://www.winsunwx.com