ELECTRIC AVIATION
Sustainable Aircraft
The Electric Vertical Take Off and landing vehicle sector is the most exciting and important development in transport. Carrying passengers and freight without burning fossil fuels it is bringing science fiction to the present day.
ELECTRIC AVIATION
Sustainable Aircraft
The Electric Vertical Take Off and landing vehicle sector is the most exciting and important development in transport. Carrying passengers and freight without burning fossil fuels it is bringing science fiction to the present day.
“EVTOLS AND PERSONAL ELECTRIC AIRCRAFT ARE THE MOST EFFICIENT FORM OF PERSONAL TRANSPORT UNDER 1000 KILOMETRES.“
It is more advantageous with energy use, 3-dimensional space, and speed. Drone technology advancements will make autonomous air transportation safer, less complex than current automotive. For the same energy density, air taxis and personal aircraft provide 7x more efficiency than using roads. Our eVtol design is focused on small electric jet fans for vertical lift and aerofoils for forward flight. To maximise aerodynamics, the lifting electric jet fans are on drawers that retract into the fuselage when not is use. The batteries are swappable providing a turnaround around time is less than 5 minutes. With a 10m x10m platform we land and take off on most heliports as well as developing business lounges and new platforms.
EVTOL FLYING CARS
The future of aviation.
50% of transportation is less than 1000 kilometres. Electric aviation can reduce carbon emissions within this range with today’s technology. Additionally, traffic is no longer a large urban problem. Traffic effects villages and smaller towns now. The answer is not more cars with 15% utilisation, but rather to go up. And finally, island nations are subject to extremely energy and transportation costs limiting social mobility. Regional airports are abundant and underutilised as the past 3 decades air transport move to large aircraft and massive hubs. To address these challenges, we are developing electric aviation options with small commuter aircraft, seaplanes and eVtols.
SEAPLANES
& Commuter Aircrafts
Island nations face incredible high costs for inter island transportation both in marine and air. Electric seaplane and water taxis can reduce this by 80%. This provides more opportunity for local mobility and more eco friendly tourism. Electric seaplanes are an excellent platform for emergency services further improving the lives of local communities.
Seaplanes and commuter aircraft consist of both retro fitting and new designs. At the heart are new non-polluting solid-state batteries than are non-flammable and swappable. Highly efficient electric motors reducing maintenance and operating costs by 75% as well as being much safer, simple and reliable than current piston and turbo prop technology.
SEAPLANES
& Commuter Aircrafts
Island nations face incredible high costs for inter island transportation both in marine and air. Electric seaplane and water taxis can reduce this by 80%. This provides more opportunity for local mobility and more eco friendly tourism. Electric seaplanes are an excellent platform for emergency services further improving the lives of local communities.
Seaplanes and commuter aircraft consist of both retro fitting and new designs. At the heart are new non-polluting solid-state batteries than are non-flammable and swappable. Highly efficient electric motors reducing maintenance and operating costs by 75% as well as being much safer, simple and reliable than current piston and turbo prop technology.
“MORE THAN HALF OF TRANSPORTATION IS LESS THAN THE 1000 KM. THE ELECTRIFICATION OF TRANSPORT ACROSS ROAD, WATER AND AIR IS VIABLE WITH TODAYS TECHNOLOGY.“
By providing electric translation less the 1000km we can reduce carbon emissions by 50% for overall transpiration industry. However, although electric cars, trucks, and taxis do address a reduction in C02 and NOX immersions, it does doe address traffic and congestion which not only effects larger urban areas, but now small towns. The most efficient use of energy is to go up. eVtols, electric general aviation and seaplanes provide a logical answer to address both emissions and traffic For 100kWh of battery energy found in an electric car, it is possible to travel 7 times further in the sky.
Our solution is focused on an eVtol platform that uses a drawer system of lift fans for vertical take off and landing. The drawers of small lightweight electric fans then retract into the fuselage to provide more aerodynamic flight and less drag. High profile wings provide forward flight. Safety is foremost concern. We address this by removing complexity and adding redundancy. There is no tilt rotor complications. All aircraft frames are fitted with a ballistic parachute in case of catastrophic failure.
