Drones: The Next WLAN MenaceFly and record in HD, Soar high with the new Parrot AR Drone 2.0 Elite Edition Quadcopter, Parrot’s next generation quadcopter, thanks to its intuitive Smartphone and tablet control. You’ll never be closer to flying as you view the earth from high above in high definition and directly share your experience online with the world.Drone 2.0 is Controlled with your Smartphone (iPhone®, iPod® Touch, Android™ 2.2 and above) or tablet (iPad™ or Android™) for an intuitive piloting experience. Drone 2.0 after you download AR. Free Flight 2.0 control application for free on the App Store or the Google Play. Simply tilt your Smartphone or tablet to pilot the AR. Includes several control modes from beginner to expert including the new patented “Absolute Control” mode and you can be a flying ace in 5 minutes! Access the new exclusive acrobatic flip move, letting you perform barrel rolls as you are flying! Record and share videos on YouTube and pictures on Picasa directly from the piloting interface. 

USB key recording option. Store and share your flight data (time, speed, altitude) to unlock community achievements*. Geo-locate your flights and connect with a community of pilots to discover the best flying spots and videos from all over the world or check who is flying in your neighborhood. Get high definition live video streaming to your Smartphone or tablet as you are flying. See a clean, sharp image just as if you were in the pilot seat. Wide angle lens : 92° diagonal Video storage on the fly with Wi-Fi directly on your remote device or on a USB Key H264 encoding base profile Traveling, Pan, Crane predefined autopilot modes for video recording Trying your most daring tricks won’t even challenge this cutting edge design which is made to last. Foam to isolate the inertial center from the engines’ vibrations Expanded Polypropylene (EPP) hulls Carbon fiber tubes : Total weight 380g with outdoor hull, 420g with indoor hull High grade 30% fiber charged nylon plastic parts

Liquid Repellent Nano-Coating on ultrasound sensors Fully repairable: All parts and instructions for repairing available on the internetDrone 2.0 on-board technology gives you extreme precision control and automatic stabilization features. 1GHz 32 bit ARM Cortex A8 processor with 800MHz video DSP TMS320DMC64xparrot ar drone in qatar 1Gbit DDR2 RAM at 200MHzar drone parrot prezzo 3 axis accelerometer +/- 50mg precisionar drone 2 tillbehör 3 axis gyroscope 2000°/second precisionar drone parrot miami Pressure sensor +/- 10 Pa precision (80 cm / 2.6 feet at sea level)storm drone 4 kopen

60 fps vertical QVGA camera for ground speed measurement 3 axis magnetometer 6° precision Ultrasound sensors for ground altitude measurement USB 2.0 high speed for extensionsFar away from the ground. 3 elements 1.000 mA/H LiPo rechargeable battery Specific high propelled drag for great maneuverabilitymacdev drone dx bolt upgrade 8 MIPS AVR CPU per motor controller 4 brushless inrunner motors. 14.5 watt and 28 500 rpm when hovering Tempered steel propeller shafts Low noise Nylatron gears for 8.625 propeller reductor Emergency stop controlled by software Fully reprogrammable motor controller Water resistant motor’s electronic controller Each individual product is supplied attractively packaged in its own specially designed printed carton with a distinctive indoor and outdoor hull, plus one pair of black propellers and another customized pair of propellers to compliment the color scheme.

Featuring a high definition camera with a video recording facility, plus flight data sharing, a patented piloting mode, and an innovative pressure sensor for increased stability at any altitude, Parrot’s amazing AR. Drone 2.0 Elite Edition quadricopter can even perform four axis flips on command. Big Three Want A Part Of The Drone Pie Walkera Scout X4 FPV RC Quadcopter MAVLink or Micro Air Vehicle Link is a protocol for communicating with small unmanned vehicle. It is designed as a header-only message marshaling library. MAVLink was first released early 2009[1] by Lorenz Meier under LGPL license. It is used mostly for communication between a Ground Control Station (GCS) and Unmanned vehicles, and in the inter-communication of the subsystem of the vehicle. It can be used to transmit the orientation of the vehicle, its GPS location and speed. In version 1.0 the packet structure is the following: To ensure message integrity a CRC is calculated to every message into the last two bytes.

Another function of the CRC field is to ensure the sender and receiver both agree in the message that is being transferred. It is computed using an ITU X.25/SAE AS-4 hash of the bytes in the packet, excluding the Start-of-Frame indicator (so 6+n+1 bytes are evaluated, the extra +1 is the seed value). Additionally a seed value is appended to the end of the data when computing the CRC. The seed is generated with every new message set of the protocol, and it is hashed in a similar way as the packets from each message specifications. Systems using the MAVLink protocol can use a precomputed array to this purpose. The CRC algorithm of MAVLink has been implemented in many languages, like Python[4] and Java. The payload from the packets described above are MAVLink messages. Every message is identifiable by the ID field on the packet, and the payload contains the data from the message. An XML document in the MAVlink source[7] has the definition of the data stored in this payload. Below is the message with ID 24 extracted from the XML[8] document.