Microwave plasma dynamics encompasses the study of ionised gases generated by high frequency electromagnetic fields and their complex interactions with the surrounding medium. At the heart of this ...

Researchers found that power could be sent to a free-flying drone via a beam of microwave radiation. The team estimated the efficiency of this process and compared it with that for a fixed-position ...

The microwave plasma propulsion can have three times the efficiency of chemical rockets while having as much power as chemical rockets. Other hyper-efficient propulsion is far more limited in how much ...

Air Force Research Laboratory’s (AFRL/PR) Propulsion Directorate develops next generation rocket propulsion technologies to maintain DoD air and space superiority as well as act as an executing agent ...

Kevin Parkin described the history and status of microwave beam-heated propulsion at Space Access 2019. Technical summary is at Parkin Research. Kevin showed more pictures of the test systems. Kevin ...

The turbogenerator platform brings a new class of micro gas-turbine generators to the market. MIAMI--(BUSINESS WIRE)--UAV Turbines, Inc. (UAVT), a pioneer of microturbine technology, today announced ...

Exotrail and Muon Space have inked their first contract for the supply of electric propulsion systems for the next phase of Muon Space’s climate monitoring constellation. Muon Space, a climate ...

Ultra-Light Sparrow Series Available Online to Support Worldwide Growth of Consumer and Professional Drone Sectors, in Addition to Military FPV Sector LACONIA, NEW HAMPSHIRE / ACCESS Newswire / April ...

Tsukuba, Japan – Sending a rocket into space typically requires about 90% of the rocket’s initial weight to be fuel. This limitation could be overcome by wirelessly transmitting the needed power to ...

(Nanowerk News) Sending a rocket into space typically requires about 90% of the rocket’s initial weight to be fuel. This limitation could be overcome by wirelessly transmitting the needed power to the ...