15 Reasons Why Flying Cars Might Not Be All That Crazy

The need for speed and the lack of runway space are both a challenge and benefit of the idea of a flying car. Recent advancements in navigation and motorized technology have advanced the idea of the futuristic flying car. Now is quickly becoming the time to start moving towards this previously crazy endeavor.

Auto-Pilot Systems

Commercial aircraft runs mostly on auto-pilot. The potential flying car can use the most advanced auto-pilot technology, which is becoming more and more user-friendly.

Vertical Take-Off and Landing Hybrids

Hybrid vehicles that combine the power of a small plane and the comfort of a car are quickly becoming a reality.

Retractable Rotors and Wings

Prototype vehicles such as the SkyCruiser have a wingspan that can be retracted into the body of the vehicle, which is a necessary function if it is to be driven on a public road. Vertical flight is made possible with electric motors, meaning jet fuel may not be needed for the modern flying car.

Runway-Free Control

Compact and efficient flying cars can use vertical inclination to allow for a runway-free flight. There is no need for a runway for these hybrid vehicles, and new rules of the road can allow for less restrictive traffic.

Low Altitude Speeds

Commercial airlines use air traffic control and radar to control flights above 20,000 feet. Modern flying car prototypes such as the Transition or Gyrocopter can fly below 4,000 feet with ease. New rules could regulate high and low-altitude vehicles paving the runway for mass-produced flying cars.

Traffic Jams

Increased road traffic is bringing up more concept vehicles in the flying car marketplace. Prototypes such as the quadcopter can quickly fly above packed traffic.

Need For Speed

Highways in countries such as Germany and the US allow express traffic to get from one place to another. These high-speed highways and byways require great gas mileage and a vehicle that can handle comfortable high speeds. Modern flying car prototypes use high powered electric motors to go above 110 miles-per-hour (MPH).

Scaled Cockpits

Cockpits can be scaled for a similar feel to hybrid vehicles. Gone are the days of the flying car with a complicated instrument panel. Cockpits can resemble the traditional dash of a vehicle. Curved glass offers unobstructed views of the sky and potential blind spots.

No Need For Airfields

Small and large airfields require more regulation and training to navigate in flight. Modern flying car prototypes use existing airspace closer to the ground and allow for international travel.

Flexible Wingspan

The biggest hurdle of a personal flying car is size and adaptability. A modern flying vehicle can engage in variable wings that conform to the vehicle for greater takeoff and lift.

Long History

Flying cars have a long history dating back to the 1920s. In fact, the first attempt at a flying car was in 1917. The research in technology is quickly reaching a peak exploratory phase.

Impact Resistant Materials

Newer materials such as carbon fiber and flexible steel allow for a safer flight excursion. Most of these technologies are becoming inexpensive due to their availability

Computer Revolution

An increase in micro computer technology and the research taken from government aircraft equipment can be translated into flying vehicles. New flight computers are totally automatic from takeoff to direction.

Increased Commute Times

Longer commutes and more mobile job duties make the flying car an excellent choice for the near future. Commuters can take advantage of quiet airspace and reduce commute time in half.

Low Maintenance

Well-designed flying cars could have less parts than a modern ground vehicle. Prototypes such as the Krossblade use electric motors and hybrid technology that eliminate the need for complex wingspans and engine performance.