Every game is unique, whether played inside or outside. The AR.Drone software includes AR.Drone tags and position marker detections. Depending on the applications downloaded, your AR.Drone will display virtual objects on your screen that are not visible in reality, and gives you the opportunity to interact with them. Use both cameras and the system of the AR.Drone to discover a new way of playing!

Players can create a game party where others players can join and play against each other thanks to the AR.Drone Wifi Network.

Take part in wild races, engage in nervous AR.Drone dogfights or struggle against aliens in your living room. Enjoy the thin line of playing virtual and real life adventures with your AR.Drone! Check out on the Appstore for AR.Race, AR.FlyingAce, AR.Pursuit and AR.Hunter. More games will be available in the coming weeks.

The Parrot AR.Drone has been designed for both inside and outside use. You can adapt it to any game situation using the two hulls provided. The full indoor hull protects the AR.Drone from impacts that occur during wild battles against enemies hidden in the rooms of the house. The streamlined hull is aerodynamic, allowing greater control outside.

Thanks to its on-board Wi-Fi system, you can control the Parrot AR.Drone using an Apple or Android device. The cockpit of the AR.Drone includes an inertial measurement unit, ultrasound sensors and a vertical camera. The combination of these elements which are controlled by a piloting assistance program allows you to control the quadricopter with extreme accuracy. The AR.Drone detects the movements of your control device (to go up, down, turn, reverse, go forwards etc.). Anyone can pilot the AR.Drone, it is extremely simple to use.

The AR.Drone system allows easy take-off and landing. After take-off, the Autopilot stabilizes the quadricopter at 80 centimeters high. When the pilot removes his fingers from the controller device, the Autopilot puts the AR.Drone in hover mode. The Autopilot will also take command when the Wi-Fi connection is lost. It stabilizes the AR.Drone before landing softly. If you receive a call while flying the quadricopter, the AR.Drone stabilizes and lands after few seconds.

The first quadricopter that can be controlled by a smartphone or tablet!

Experience Augmented Reality

The easiest wayto control a flying quadricopter Piloting assistance Play inside or outside

AR.FlyingAce

AR.Hunter

AR.Race

AR.Pursuit

https://www.wellbots.com/parrot-ar-drone-2-0-flying-drone/

PARROT S.A.174 quai de Jemmapes 75010 ParisT +33 (0)1 48 03 60 60 F +33 (0)1 48 03 06 66

Specifications

www.parrot.com

Wi-FiWi-Fi is a wireless computer network technology that lets you operate an indoor broadband network. It can be used to connect communicating devices together and exchange data. Thanks to Wi-Fi, it is possible to create local networks and to connect so any type of peripheral with a high-speed connection at a distance of several tens of meters.

Wireless technology

Parrot AR.DRONEWi-Fi quadricopter controlled via iPhone/iPod touch/iPad and Android devices.

General- Safety system (automatic locking of propellers in

the event of contact)- Max. running speed: 5 m/s;

18 km/h 11.2 m/H- Weight: 380 g 13.4 oz without hull,

420 g 14.8 oz with hull- Flying time: 12 minutes- Dimensions:

With indoor hull: 52.5 x 51.5 cm 20.7 x 20.3 in.

With outdoor hull: 45 x 29 cm 17.7 x 11.4 in.

Radio- Embedded Wi-Fi module located in the cockpit.

Wi-Fi b/g configured in ad-hoc mode.

Video Front camera:

- 93 (diagonal) wide-angle lens camera, CMOS sensor

- Encoding and live streaming- Video frequency: 15 fps- Camera resolution: 640 x 480 pixels (VGA)- Other AR.Drone detection

Validation of shots fired at enemy drones Estimate of distance Detection distance: 5 meters 16.4 feet

Vertical camera: high-speed camera- 64 diagonal lens, CMOS sensor- Video stream frequency: 60 fps- Allows stabilization even with a light wind- Resolution: 176 x 144 pixels (QCIF)

Live video feedback on your devices screen

Autopilot- Automatic take-off and landing- Immobilization 80 cm 2.6 feet above ground

after take-off- Automatic immobilization on release of controls

Mems sensors: 3-axis accelerometer- Estimate of pitching and rolling angle- Estimate of speed

2 Mems sensors: 2-axis (XY) gyroscope and 1 precision axis (Z) gyroscope- Estimate of angular speed- Estimate of pitching, rolling and yaw angle- +/- 500 per second

Ultrasound altimeter- Emission frequency: 40 kHz- Range: 6 meters 19.7 feet- Measures frequency: 25 Hz- Vertical stabilization

Embedded computer system- Parrot P6 CPU with ARM926 core,

32 bits, 468 MHz- Embedded Linux- 128 MB DDR memory- 128 MB Flash memory- Update via Wi-Fi

Aeronautics and structure- High-efficiency propellers (specially designed for

the Parrot AR.Drone)- Carbon tube structure- Fiber-reinforced PA66 plastic- Customizable EPP hull- Patented anti-vibration system

Motors and energy- 4 brushless motors (3500 rpm, power: 15W)- Lithium polymer battery

(3 cells, 11.1 V, 1000 mAh)- Discharge capacity: 10 C- Temps de charge : 1h30 - Battery charging time: 90 minutes

Control of the AR.Drone- Accelerometer mode or joystick mode- Intuitive piloting using the accelerometer on the

smartphone/tablet- Compatible with iPod touch/iPhone/iPad

and now available on Android 2.2 or higher- Touch screen (up, down, yaw)

iPhone and iPod touch are trademarks of Apple Inc., registered in the U.S. and other countries. iPad is a trademark of Apple Inc. App Store is a service mark of Apple Inc. Wi-Fi is a trademark of the Wi-Fi Alliance. Android is a trademark of Google Inc.Visuals and technical specifications subject to change without notice. All Rights reserved. The Parrot Trademarks appearing on this document are the sole and exclusive property of Parrot S.A. All the others Trademarks are the property of their respective owners. 11/11 Parrot SA - RCS PARIS 394 149 496.

AR.FreeFlight