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Get your own website hosted free on this server. No strings attached. I'm promoting it cause it's so cool. 250mb disc space, I built this site in a couple of hours with their Mambo CMS. Click here to get your site. It would also be cool if you made some comment on my radrotor design. Maybe get your engineer friends to take a look. I intend to make it open source if any one is interested.
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Syndicate

Welcome to the 21st century

INTRODUCING THE

RADICAL ROTOR CONCEPTS

FLYING CAR

FEATURES

Twin counter- rotating rotors

Vertical take-off and landing

3 pusher props with reversible

pitch

Certified aircraft

Low maintenance costs

World wide motor dealer network

Uses lead free fuel

Easy to drive

Easy to fly

Street legal car

3 point suspension

Six rotor design

Autorotation glide

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Safety Features

 Shorter rotor blades allow greater angles of aircraft to ground without rotor hitting ground

 

No tail rotor

 

Symmetry of lift and controls makes for easier flying, thereby reducing pilot error

 

Semi rigid rotor system makes it impossible for rotor to bump mast or tail boom

 

High minimum airspeed of the inner rotor section minimizes the chances of blade stall under powered descent and during maneuvers

 

The ability to land virtually anywhere if difficulties should arise, e.g.. Inclement weather, engine failure.

 

The ability to glide to landing

 

The engine to rotor layout minimizes the amount and the direction of engine torque being transmitted to the fuselage, thereby reducing possible ground resonance

 

Semi rigid rotor system gives pilot greater "feel" and more control and allows greater freedom in load distribution.

 

Counter rotating rotors negate gyroscopic precession

 

Shorter rotor blades minimize out of balance rotors due to "hooks joint effect"

 

Virtually zero negative airflow on retreating blade reduces the chance of loss of control at high speeds

 

All controls are positively linked, reducing the need for gimmicky set up to enable control.

 

No sideways push due to tail rotor and rotor shaft angle reduces collision possibilities

 

But wait, that’s not all !!!

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Design Parameters

The original design spec was quite basic. Design a car that could fly at 200km/h, use no more than 6 km/l of fuel, be easy to fly and must fit in a standard garage!
 

Simple stuff.

 

First priority - to find an efficient vertical lift system - after much research the only concievable way is by rotor as in helicopter or gyro.

 

Problem is-

 

1: Rotor area. Much too big. How to reduce the rotor size. Multiple rotors or turbo fans are much less efficient than one large rotor.

 

2: Safety - helicopters are extremely difficult to fly.

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R.R.C. product range

The Radical Rotor range of products is designed to cater for everybody, from the D.I.Y. enthusiast to Government Agencies and from low, low budget to top executive requirements

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