Mod RC MIRULENZO pour carte mère Ar.Drone... Le Mod RC pour votre Ar.Drone !   Programmé avec le MIRUMOD DRS013 Fabrication Française : le MOD RC Mirulenzo est entièrement assemblé dans nos ateliers.We are the creator of the Wheel Antenna Kit to help you get more from your AR Drone. Purchase directly from us or from one of our distributors. Wheel Antenna increases your flying range and importantly will drastically reduce irregular video dropouts when the drone is rotated. Typical distance increase is around 33% to 50%. You most likely will experience even better performance according to your control device.  Critical for FPV flight, you will experience far less video drop outs when the drone is rotated at a distance. Galaxy Nexus Phone: 120 Meters (400 feet). Nexus 7 Tablet: 215 Meters (700 feet) iOS Device - extended range varies with various modelsDo It Yourself (must have good soldering skills and equipment) Send in your Main Board (or new board) for install service.

Report - AR Drone antenna comparison test - PDF file Video  -  Wheel Antenna in-flight short clip Video  -  High performance WiFi Range Extender setup Video  -  Remote take-off. Video  -  YouTube Channel - more videos. Various environments flying the AR Drone Note about RC Mods: Modifying the AR Drone to use a traditional RC transmit-controller is a popular modification.  Physical joysticks can enable additional flight confidence. HOWEVER, an RC Mod will not add one extra meter of downrange distance if you are flying via FPV since you are still depending on the WiFi for video downlink. For ones that simply like flying traditional RC, an RC Mod will put those familiar joysticks in your hands so you can enjoy flying within your close range line of sight. For deep downrange FPV flight: If your objectives include breaking the bonds of close range line of sight flight, then consider focusing your efforts adding a WiFi Range Extender setup.

Also, use a game controller with your control device for physical joystick control which can improve your flight confidence.  The overall cost of ownership is typically less than an RC Mod (including RC transmit-controller).parrot ar drone vision alert If you seek deeper downrange flights, then stay with all WiFi control and challenge yourself to Go For It !parrot ar drone 2 spare parts Warning... once you obtain your first deep down range flight, desire for more can occur.parrot ar drone vision alertWe weren't able to find that page!parrot ar drone 2 upgrades Check your link again, or use the search box below to find what you were looking for.what's the best drone to buy

DJ purchased a used AR Parrot Drone. He found it accidently while searching Kijiji for something entirely unrelated. Well, not knowing much about them - it lured him in!where to buy the ar drone in australia There have been discussions on our forum about flying robots. Many people are set out to make their own - Awesome! We know most people don't have the time to build one, but would love a flying robot. So, buying the AR Drone Parrot is a great investment. However, the stock functionality was limiting. What does DJ do when he gets bored of a toy? He modifies it and provides the instructions for you to duplicate! Noticing the Drone has a built in camera, he quickly wrote a module in EZ-Builder to support the Drone communication protocol, with some assistance from the AR Drone SDK Forum. few hours of implementing, the flying drone attacked DJ a few (dozen) times. There was even a wine glass casualty during testing...

And a few sore fingers *ouch*! Do not worry, the module is now safe and reliable for you to use! The EZ-Builder software connects to the AR Drone over a WiFi connection. The new control, titled AR Drone Movement Panel, enables communication between your PC and Drone. Camera Tracking Control of EZ-Builder has a device selection for the AR_Drone video. The AR Drone Control is a Movement Panel, it accepts any native EZ-Builder Movement Commands. That includes Speech Recognition, Wii Remote, Joystick, Web Server, Touch Tablets, Telnet Server, Scripting, and more. In the video below, DJ uses the EZ-Builder Camera Tracking control with the AR Drone Parrot. The Drone is now enabled to chase the red ball. As you will see, it hovers and moves towards the ball, meanwhile chasing DJ around the room. Imagine what fun this could be having your flying robot drone chase your red shirted friend around the yard. What's the next step for using this new EZ-Builder feature?

We'll leave that up to our EZ-Robot Community to decide. Let's see what fantastic AR Parrot Drone Hacks they come up with - they never let us down 1 x EZ-Robot Complete Kit [Buy] 1 x AR Drone Parrot EZ-B v3 Bluetooth Controller BoardTurning the Parrot AR.Drone into an autonomous UAV There are loads of open source quadcopters out there, but they're all a bit too DIY for me--I just want something cheap that works right out of the box. I love the Parrot AR.Drone, which fits that bill, but it's not really a UAV, because you can't give it waypoints and it doesn't know where it is since it doesn't have GPS. Adding GPS to the AR.Drone would be easy if you could get access to the datastream the AR.Drone is sending back via WiFi, and there is indeed a physical port that could allow that, but Parrot has not enabled that and they don't want to emphasize that possibility for fear that the AR.Drone might get regulated as a UAV, rather than a flying toy. So rather than wait for them to turn that on, I decided to take matters into my own hands.

As you can see above, I just added an ArduPilot, a GPS and an Xbee to the AR.They're powered by a tap off the balancing connector of the quad's battery, but otherwise they don't have any connection to the onboard electronics. (Note: you don't really need ArduPilot for this--you could probably connect the GPS right to the Xbee--but I'm using it right now to parse the GPS data and just send down the essentials, along with providing a power regulator for the Xbee and GPS module. But going forward, having ArduPilot onboard will let us add other sensors and do more onboard processing.) All this setup does is send back GPS coordinates to the ground station, with an Xbee at each end. But that's enough to turn the AR.Drone into a proper UAV, since Parrot has already released software that lets you control the AR.Drone from a PC. So all we need to do is modify that code to take the GPS telemetry in from the Xbee, compare that with given waypoints, and calculate a directional vector for the AR.