The flight range of the AR.Drone is limited because the wifi range is limited to somewhere between 30 – 100 meters depending on where you fly and whether you have line of sight. The flight range of the AR.Drone can be drastically extended to 1.5 – 2.5 kilometers by using RC equipment. The 2.4 GHZ RC hack instructions describe how the range can be extended in full detail. The actual flight range will depend on the RC transmitter & receiver used. According to the tutorial it has been tested to work with Spektrum DX6i and Spektrum AR6200 DSM2 6 Ch Rx Ultralite. The Spektrum DX7 with the AR6200 (2.4Ghz), Futaba 9CH with Assan module and X8R7 (2.4Ghz) and the JR790UL spcm Rx (72 Mhz) have also been tested to work according to the tutorial. You will need a 5 volt BEC (Battery-Elimination Circuit) to power the Arduino and the RC-receiver since the AR.Drone’s battery is 11.1 volt. This will cost you around $10. The wifi signal is passed from the RC-receiver to the AR.Drone through a small Arduino compatible device called YellowJacket ($55).

The YellowJacket is based on the Arduino mini and comes with on-board wifi. You will need an USB breakout board ($14) as well to be able to program or transfer the Arduino sketches to the YellowJacket. This is not a cheap hack. You could buy an extra AR.Drone for what you will have to shell out for this hack. And you have to feel comfortable with a soldering iron, programming an RC-controller and command line stuff. parrot ar drone planeLike most hacks discussed here this is not for the faint-hearted.parrot ar drone wifi password Sign up or log in to customize your list.parrot ar drone wifi password Here's how it works:where to buy dji drone

Anybody can ask a question The best answers are voted up and rise to the top I had a Doyusha Nano Spider R/C mini-copter, it's controlled by a 4ch joystick 2.4 Ghz. I look for a low cost method to control it from the computer. The software is not a problem, but how can I transform the WIFI or the Bluetooth signal of the computer to an R/C signal compatible with the mini-copter receptor?ar drone 1 forum Or is there another solution that is low cost?drone gopro buy closed as primarily opinion-based by holmeski, Ben, Bence Kaulics, Mark Booth Many good questions generate some degree of opinion based on expert experience, but answers to this question will tend to be almost entirely based on opinions, rather than facts, references, or specific expertise.If this question can be reworded to fit the rules in the help center, please edit the question.

The simplest way to do this, is to buy a more advanced PPM transmitter that has a trainer port, and use this PCTx device to control it from your PC through USB. They provice a simple library and some sample code to get your started. The control signals go from your software -> through the PCTx device -> PPM transmitter -> over RF to your copter Compatible transmitters are listed on that link. I'm not familiar with your particular brand of mini-copter, but im assuming it uses standard 4 channel RC-PPM control signals. If it doesn't, the above solution will not work. You can also, if you are so inclined roll out your own PC based PWM transmitter. This would involve writing software to implement the PPM signal, which can get a bit involved. You might even need some sort of an oscilloscope or a signal analyzer to debug issues. Some people have created Arduino based solutions. Again, the assumption is that your copter uses standard RC-PWM. If it doesn't you'll have to first figure out what protocol it uses and then try to emulate that using software and an RF Tx module.

Since your copter receives 2.4Ghz radio signals, there is no drop-in solition to directly use WiFi or Bluetooth. In my university lab we hacked the radio controller with an arduino that receives the inputs from the computer and outputs to the controller. The arduino only substitutes the joysticks. So we still use the 2.4GHz controller to control the drone but matlab is sending control signals to the arduino which sends them to the original 2.4GHz controller, which sends them to the drone. We've can control the drones position within 3cm in a 3x3x3[m] area just by using a PID controller and a stereo camera as the sensor. And this was done in a 20€ plastic quadcopter. Not the answer you're looking for? Browse other questions tagged control quadcopter wireless or ask your own question. Used & new (9) from $206.79Drone 2.0 Elite Edition Quadcopter - Jungle View larger Easily controlled by Wi-Fi using a smartphone or tablet, the latest Parrot AR. Drone 2.0 Elite Edition collection offers enthusiasts a choice of three classic camouflaged styles: sand, snow or jungle.

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. AR. FreeFlight is the primary application used to fly and pilot the AR. Drone 2.0. Use your smartphone or tablet to fly the AR. Drone 2.0, with or without the accelerometer, and switch from the frontal camera to the vertical camera. *In-app purchase on ar. freeflight View larger The AR. Drone 2.0 is equipped with a high definition front camera that will let the pilot view exactly what the AR. Drone 2.0 sees, just as if they were in the pilot seat.