Solving the Challenges of Flying Cars and Drones Japan Software Approach Publishes Business Plan ～Calling for Research Institutions and Co-Creation Companies

Japan Software Approach, Inc. (Location: Saitama City, Saitama Prefecture, CEO: Hayami Mashimo), a technology creation company that embodies technologies that do not exist anywhere else in the world, announces the publication of its business plan and invites research institutions and co-creation companies to participate in the development of a next-generation engine (drawings already released) for use in flying cars and drones.

Solving the Flying Car Challenge

Flying cars can only use electricity charged in batteries, which limits their practical range because the maximum takeoff weight is light, the payload weight is also light, and the flight distance is short.

Therefore, the use of gas turbine power generation is now being used to increase the maximum takeoff weight and flight distance, thereby increasing the practicality of flying cars.

However, gas turbines are expensive, inefficient, high-revving, high-vibration, and high-noise, so we are working to improve the cost, efficiency, low-revving, low-vibration, low-noise, and power-to-weight ratio by using next-generation engines in place of gas turbines. We will create a means of transportation in the sky that will change the world.

Flying car specifications and expected sales price

The specifications of the flying car are: cruising range of 5,250 km, cruising speed of 350 km/hour, and maximum altitude of 2,000 m.

(*Calculation of cruising range is based on a maximum 15-hour cruise at a gasoline air-fuel ratio of 14.7:1.

Flying Car A: Capacity of 4 passengers, estimated sales price of 20 million yen, power of 303kw

Flying car B: Capacity: 8 passengers, estimated sales price: 40 million yen, power: 607kw

Flying Car C: Capacity: 16 passengers, estimated sales price: 80 million yen, power: 1,214kw

Flying Car D: Capacity for 32 passengers, estimated sales price: 160 million yen, power: 2428kw

Flying car

Drone specifications and estimated sales price

Drone specifications include a range of 2,000 km, cruising speed of 200 km/hour, and maximum altitude of 1,000 m.

*Calculation of the cruising range is based on a maximum 10-hour cruise at a gasoline fuel-air ratio of 14.7:1.

Drone A: Payload 400 kg, estimated sales price 10 million yen, power 303 kW

Drone B: Payload 800kg, estimated sales price 20 million yen, power 607kw

Drone C: Payload: 1,600 kg, estimated sales price: 40 million yen, power: 1,214 kW

Drone D: Payload 3200kg, estimated sales price 80 million yen, power 2428kw

Drone

Detailed information on flying cars and drones

https://www.jsain.co.jp/evtol/

Next-generation engine specifications

Next-generation engine A: Displacement: 1996cc, Weight: 21.2kg, Power: 303kw

Next-generation engine B: Displacement 3992cc, body weight 44.1kg, output 607kw

Next-generation engine C: Displacement 7984cc, body weight 93.8kg, output 1214kw

Next-generation engine D: Displacement 15968cc, body weight 187.6kg, output 2428kw

Detailed information on next-generation engines

https://www.jsain.co.jp/engine/

https://www.jsain.co.jp/engine/G44.html

Co-creation

We are looking for research institutes and co-creation companies to produce and test prototypes of next-generation engines. 2.

We are looking for a co-creation company to develop a next-generation hybrid engine system. 3.

We are looking for a co-creation company to develop a flying car and drone.

Company Profile

Company name: Japan Software Approach, Inc.

Headquarters: 2-41-5 Minamiurawa, Minami-ku, Saitama-shi, Saitama 336-0017, Japan

Representative: Hayami Mashimo, President

Establishment ： November 25, 1983

Capital ： 30 million yen

Business description: Program production, system development, proposal, research, and development of next-generation technologies

URL ： http://www.jsain.co.jp/