The Gyrocopter from Rotorvox

We bring together more than five years of development and flight testing with our gyrocopter. Created from scratch with innovative methods of development and manufacturing of the automotive motor sport, it not only sets standards in aerodynamics, materials and comfort.

Pilot Licence

For flying this kind of aircraft, you need a sport pilot licence for gyrocopters.

Pilot Training

You can complete the pilot training normally within 9 months.

Take-off & Landing

In Germany alone, there are about 700 airfields for your take-off and landing.


The Rotorvox operates with conventional premium grade gasoline.

What is a Gyrocopter?

A Gyrocopter – also known as an autogyro – is an aircraft that optically resembles a helicopter. Contrary to a helicopter, a gyrocopter also features a propeller that provides forward thrust. And unlike a helicopter, the gyrocopter‘s rotor is not engine-powered during flight, but merely passively powered by airstream that results from the forward propulsion. This is the so-called autorotation. Because of their lightweight and compact construction, gyrocopters are classified as Ultralight Aircrafts, which leads to considerable cost advantages of flight operations and also with regard to obtaining a flight license.

Function Principle Gyrocopter

What makes Rotorvox gyrocopters unique?

With our gyrocopters we want to combine the simplicity of flying with a first-class product. Even at first sight, our gyrocopter shows with its size and design not to be standard – as well as our clients. Therefore, our concept consists of  different components for creating an extraordinary aircraft – just for you.

Great Spaciousness

The generous dimensions allow for a spacious cockpit, easily accommodating two passengers seated next to each other.

Impressive All-Round Visibility

Window panes with 3,6m2, a freestanding cockpit and ergonomic tests allow for an impressive panoramic view.

Light Full Carbon Fiber Cabin

An extremely sturdy and lightweight cabin, manufactured from carbon fiber, provides passengers with safety standards comparable to those of a F1 race car.

Select Materials

We put great value on the usage of select materials and a great workmanship.

First-class Design

Our gyrocopter combines a modern design language with an high user-friendliness.

Outstanding Flight Characteristics

The excellent aerodynamics and the high inherent stability during flight of the Rotorvox ensure high comfort and a relaxed trip.


Take a seat in the generously spacious cockpit of our gyrocopter. You will immediately notice the impressively dimensioned window area and the suspended instrument panel. Inside and outside, the Rotorvox gyrocopter is something special.

Specifications & Equipment

The Rotorvox C2A is designed and manufac- tured to the highest quality standards. It is available as a ready to fly factory built model and as an Experimental Amateur Built kit for the US market. You can personalize your Rotorvox gyroplane with options for interior styling, avionics and additional equipment.

We would be pleased to advise you.

Ready-to-fly equipped

  • Carbon Fiber Monocoque
  • Rotax 914 UL Turbo Engine
  • Com Radio and Antenna
  • Electric two-axis Trim System with Trim Indicator
  • Cabin Ventilation and Heater
  • Carbon Fiber Control Sticks
  • Carbon Fiber Instrument Console and Instrument Panel
  • Carbon Fiber Seats with optional Luxury Coverings

Technical specifications

Maximum Speed  (Vne)87 kts (162 km/h)
Cruise Speed (Vc)70 its (130 km/h)
Rotor Diameter28‘ 3“ (8,60 m)
Fuel Capacity23.7 usg (90 L)
23.0 usg (87 L) usable
Range≈ 270 nm (≈ 500 km)*
MTOW1234 lbs (560 kg)
Payload> 485 lbs (> 220 kg)
EngineRotax 914 (115 hp)

Take-off and landing distances

The following data applies to maximum take-off weight of 1234 lbs at an airstrip with short grass, no wind, and pre-rotation to 200 rpm. Take-off and landing distances refer to clearing a 49‘3“ obstacle.
Take-off Ground Roll< 262 ft – 394 ft*
< 80 – 120 m*
Take-off Distance< 984 ft*
< 300 m*
Landing Ground Roll< 98 ft*
< 30 m*
Landing Distance
492 ft*
< 150 m*

You can find more details at the Deutschen Ultraleichtflugverband e.V.
* These values may vary depending on weather conditions and payload.


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