Camera and Jumping Sumo robot structure
Includes 1 replacement VGA camera with its connector, 1 retaining piece and 1 housing.

VRX Front Shock Tower (FTX-6200) RH10101.

Set of 4 replacement covers (shells) for Parrot Swing Minidrone.

With this set of 4 shells for Swing, you are ready for your mission!
The set is delivered with screws.

Compatible with Swing Minidrone only.

Camera and Jumping Sumo robot structure
Includes 1 replacement VGA camera with its connector, 1 retaining piece and 1 housing.

Camera and Jumping Sumo robot structure
Includes 1 replacement VGA camera with its connector, 1 retaining piece and 1 housing.

Includes 2 complete wheels and end-piece

Includes 2 complete wheels and end-piece

Includes 2 complete wheels and end-piece

Outdoor hull for AR.Drone 2.0 Power Edition
Enjoy flying outdoors with this shaped hull. It is made of EPP (Expanded Polypropylene), which combines both lightness and solidity. The outdoor Hull is attached to the body of the AR.Drone 2.0 Power Edition, using two magnets, one on the hull and one on the body. With the lightness of outdoor hull, the AR.Drone 2.0 Power Edition experiences less wind resistance and the piloting is more dynamic.

Compatible with Swing Minidrone only

Compatible with Swing Minidrone only

The Parrot Disco's cloverleaf-type circular polarisation antennae provide excellent transmission and reception of the video signal.

The motherboard for Parrot Mambo includes the latest Parrot SIP6 chipset with ARM A9 clocked at 800 MHz. The motherboard runs on Linux. It's equipped with a pressure sensor, accelerometer, gyroscope, ultrasound sensor and includes a 60 FPS vertical camera. It controls stabilisation and auto-pilot. The motherboard software is fully upgradeable.

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Improvement in stabilisation
Flying high, very high, is a dream which has become possible with the AR.Drone 2.0. When you climb to 50 metres, even 100 metres, the AR.Drone 2.0 appears smaller and smaller to the naked eye, and therefore stabilisation becomes an essential tool for control. Already a very powerful feature, stabilisation is improved even more by the GPS receiver which calculates the position of your AR.Drone in space, preventing it from drifting in the wind. From now on, the sky's the limit.

"Return home" mode
Making the AR.Drone 2.0 return to its take-off point is now child's play thanks to this new feature. Just press once on the corresponding button and the AR.Drone 2.0 comes straight back to its take-off point in a straight line.

View your flights in 3D on the AR.Drone Academy map
With the Flight Recorder, your flight data (altitude, speed, etc.) is enriched by GPS location data. By registering with the AR.Drone Academy, you can access all the flights you have made and, thanks to the GPS receiver  you can review the trajectory in 3D and position it on the AR.Drone Academy map.

An accessory for developers
The two generations of AR.Drone have already tempted numerous developers to develop Augmented Reality games, control applications or new control methods. The GPS receiver now gives them further scope for development. QGround Control, a program available for Windows/Linux/MAC allows them, among other things, to program a flight plan.

A new control mode: control by map
This new control mode allows you to choose the destination of your AR.Drone 2.0. A new control interface shows the geographical map on which you click to determine the destination of your AR.Drone 2.0 (within the limits of the Wi-Fi connection). Internet connection required to load the card.

Set of 4 replacement covers (shells) for Parrot Mambo Minidrone.

With this set of 4 shells for Mambo, you are ready for your mission!
The set is delivered with screws.

Compatible with Mambo Minidrone only

Central body magnesium part for Bebop Drone.

Four black wings with wing stiffeners for Parrot Swing Minidrone.

These polypropylene wings were designed especially for Swings to ensure they are light and resistant. They have been developed to minimize the motors' power consumption while still providing maximum thrust.

Compatible with Swing Minidrone only.

The navigation board is equipped with a number of sensors to ensure the stability of the AR.Drone 2.0.

The sensors collect the overall feedback from the AR.Drone 2.0. The fusion of the data provides the Euler angles of the AR.Drone 2.0. The Euler angles are used for stabilisation. The navigation board software may be updated when you update the AR.Drone 2.0 software.

Repair kit for Jumping Sumo
Includes a complete jumping mechanism: 1 black plastic foot, 1 aluminum arm with brass insert, 2 springs, 1 cam, 1 catch and spring, 2 rubber Pads.