The new approach called the Water-based Electric Thrusters (WET) aims to develop a method of converting water into plasma, a ...

Scientists are developing water-fueled spacecraft technology, aiming for a cleaner, and cost-effective propulsion system.

Gibbs' HSA technology can be applied to amphibians of all sizes – from 800 pounds to 10 tons. It solves the persistent challenges of land-sea borders around the world, such as beachhead landings ...

Hydrogen engines using water as fuel could be the end of EVs. Learn about the performance, environmental benefits, and ...

Ionic liquid propulsion systems and electrospray technologies are emerging fields in the realm of space propulsion, particularly for small satellites like CubeSats. These systems utilize ionic ...

Using water as fuel to travel through space—this is the challenge of WET – Water-based Electric Thrusters, a new research ...

A global team of scientists is developing a new space propulsion system that could revolutionize how satellites and spacecraft move through space. The Water-based Electric Thrusters (WET) project, led ...

It used a proprietary propulsion technology that could replace the traditional ... Bellatrix’s first product, the water-based propulsion system (Jal), is yet to clear ground qualification ...

Project, the University of Bologna will be developing a new electric thruster for rockets that is propelled by water being turned into plasma through electrolysis. While prototypes of water-powered ...

In addition to the Institute of Propulsion Technology, five other DLR institutes are working with industrial partner MTU Aero Engines on the further development of this concept. The highlight: The ...