Pilot the AR.Drone, the first quadricopter that you can fly with Android devices The AR.Drone is the first ever quadricopter that you can fly with your Android smartphone/tablet.   A technological first For the first time, a consumer product encompasses: A quadricopter made in carbon fiber and high resistance PA66 plastic MEMS (Micro-Electro-Mechanical Systems) and video processing to ensure a very intuitive piloting of a radio controlled object Wi-Fi and video streaming for a modern interface with an iPhone / iPod touch / iPad / Android Images processing software for augmented reality

AERONAUTIC STRUCTURE High-efficiency propellers(specially designed for the Parrot AR.Drone) Carbon-fiber tube structure MOTORS AND ENERGY 4 brushless motors, (35,000 rpm, power: 15W) Lithium polymer battery (3 cells, 11,1V, 1000 mAh) Discharge capacity: 10C Battery charging time: 90 minutes FRONT CAMERA: WIDE ANGLE CAMERA 93° wide-angle diagonal lens camera, CMOS sensor Encoding and live streaming of images on iPhone Camera resolution 640x480 pixels (VGA) Other AR.Drone detection - Validation of shots fired at enemy drones - Estimate of distance - Detection distance: 5 meters(16.4 ft) 3D tag detection - Positioning of virtual objects - Calculation of markers of virtual objects - Detection distance: 30 centimeters to 5 meters (1ft to 16.4 ft) Video feedback on the iPod touch /iPhone screen ULTRASOUND ALTIMETER Emission frequency: - 40kHz Range 6 meters (19.7 ft) Vertical stabilization VERTICAL CAMERA: HIGH SPEED CAMERA 64 diagonal lens, CMOS sensor Video frequency: 60 fps Allows stabilization even with a light wind

EMBEDDED COMPUTER SYSTEM ARM9 468 MHz DDR 128 Mbyte at 200MHz Wifi b/g USB high speed Linux OS SPECIFICATIONS Running speed: 5 m/s; 18 km/h (16.4 ft per second; 11.2 miles per hour) Weight: - 380 g with outdoor hull (0.8 pounds) - 420 g with indoor hull (0.9 pounds) Flying time: about 12 minutes DIMENSIONS With hull: 52,5x51,5cm (20.7 inches x 20.3 inches) Without hull: 45x29cm (17.7 inches x 11.4 inches) INERTIAL GUIDANCE SYSTEMS WITH MEMS 3 axis accelerometer 2 axis gyrometer 1 axis yaw precision gyrometer SAFETY SYSTEM EPP hull for indoor flight Automatic locking of propellers in the event of contact UL2054 battery Control interface with emergency button to stop the motors

Referrence Website (http://ardrone.parrot.com/parrot-ar-drone/en/ar-games) AR.FreeFlight(for Android) Technical requirements: -You must use Android 2.2 OS or higher for optimal control -Works best with multitouch screen and accelerometer

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