If you have and questions about our Products, Services or Current Projects, or would like to do business with us, please email us at info.willaerorobotics@gmail.com
N-Prize
See our N-Prize tab for information on our participation in the N-Prize.
Flying Car
For decades people have been trying to merge cars with airplanes. The results have been less than encouraging. One of the biggest problems is the need for a runway, the next biggest problem is that most attempts have been less than pleasing to the eye. Our top two priorities, after safety of course, are the elimination of the need for a runway and to make the vehicle aesthetically pleasing. Using specially designed engines and radical new shape shifting technologies, we believe, can eliminate these problems. Also, increasingly sophisticated computer control systems will make the craft able to be piloted with much more ease than current aircraft.
Small Launch Vehicles
Many universities have student projects for small satellites. The cost of launching these satellites into space is prohibitively high on current launch vehicles. Our launch vehicles are tailored specifically to place small payloads into orbit. The Nadia launch vehicle has a payload mass of just 50 kilograms, which allows a group of small satellites to be deployed in a single launch at a financially achievable price.
Guardian UAV
The Guardian UAV is a medical evacuation aircraft. It is designed to fly to a combat zone several hundred miles from a medical facility at speeds exceeding Mach 2 to retrieve up to three downed personnel. This aircraft has no pilot on board, so it is operable under heavy fighting conditions that would be deemed too dangerous for conventional medical evacuation aircraft.
Future Colonization of Mars
The colonizing of another world is a daunting prospect that seems impossible. This is a long term project broken into smaller individually achievable goals. Many steps must be taken: create an artificial magnetic field around the planet to protect from solar and cosmic radiation and to keep in the atmosphere, design and build colony ships, find a source of nitrogen and bring it to Mars in ships that use huge magnetic bubbles to contain the gas, bioengineer compatible flora, construct and infrastructure using self replicating robots and many others. Together with projects for these hurdles at universities, we hope to be able to send the first wave of colonists by 2040.
