From :One of the common mods that popped up on the internet were ways of extending the range on the AR Drone. It normally uses a local Wi-Fi connection to your phone or tablet for control and video signals. Many found this quite restrictive and have gone pretty far in extending that range. The first and easiest was just to set up a higher power Wi-Fi Bridge where you’ll be flying. The Drone only has about 15db of wi-fi magic in it, so anything stronger than that is an improvement. There were too many variations on this to delve into the details, but as you see, there’s not much too it. The second method is to completely replace the Wi-Fi control system with a nice R/C controller. This will greatly increase your range as well as give you extra channels for triggering different attachments (usually lights).  I’ve seen two main methods used. One is called “MacGuyver mod”. This one is a plug and play kit that doesn’t seem to have much info along with it. The other is called “MiruMod” and the creator has shared all the information they can.  

You can find a parts breakdown as well as schematics, wiring diagrams, instructions, and software. [Miru] uses an Arduino Pro Mini or an Arduino Nano as a go-between from the receiver to the serial port on the AR Drone. You can see in the wiring diagram below that it is a fairly simple install, and all [miru] asks for is that maybe you donate some beer money if you appreciate his mod. ✈ ✈ RUSSIAN DEFENCE MINISTRY TU-154 ✈ No survivors in Russian plane crash - flight recorder found ✈Rescue workers on Tuesday found a flight recorder from the Russian plane that crashed into the Black Sea over the weekendparrot ar drone mumbai, the defense ministry said. parrot ar drone serial numberAll 92 people aboard the Russian military’s Tu-154 plane are believed to have died Sunday morning when it crashed two minutes after taking off from the southern Russian city of Sochi. black ops 2 escort drone vs stealth chopper

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Ready to take on any aerial challenge.Thanks to a research team in Taiwan, the ability to control objects with the wave of a hand is no longer just a special effect in science fiction films.Researchers have developed an app for the Apple Watch that uses a remote control to pilot drones and manipulate lights using hand gestures.The team calls the software Dong coding and after 18 months of work, they can install the algorithm on any device and give it the ability of control directions. Thanks to a research team in Taiwan, the ability to control objects with your hands is no longer just a special effect in a science fiction film. Researchers have developed an algorithm for the Apple Watch that uses a remote control to pilot drones and manipulate lights using hand gestures The Apple Watch interprets hand gestures or signals and then relays them to the drone. The software can also be used to control flight directions of a ball like the Star Wars' BB-8 Droid, besides using gestures to switch lights on/off or change colours, using a wearable device. 

To turn lights on, the wearer claps twice and the same to turn them off.If you want to change the colour, simply draw out the first letter of the colour you'd like to see.For example, you would draw out an 'R' for red. PVD+, founded in 2013 and led by Mark Ven, a civil engineering PHD student at the National Chung Hsing University along with a professor there, Yang Ming-der, and three other group members have worked together in the development of the software.Demonstrating outside the Park Lane Department Store on Gongyi Road in Taichung City, Ven showed how simple gesticulations using his hand could fly his Parrot AR Drone 3.0, with the Apple Watch interpreting what he was doing and sending corresponding signals to the drone.'Previously we've needed complicated controls to fly drones, but now we can use a wearable device, and through human behavior and gestures directly interact with them - using a hand to control and fly drones directly,' he told Reuters.'We can also control a ball, like that in Star Wars' BB-8 droid, using a wearable device as well,' he said, referring to his Sphere 2.0 drone that resembles the BB-8 droid from the latest Star Wars movie, The Force Awakens, directed by JJ Abrams and starring Daisy Ridley and Harrison Ford.'We used to play with drones using controllers

, but now we could control them with our hands. It's something I'd love to buy after seeing it here,' said Wang Si-kai, a student from Hsiuping University of Science and Technology watching the demonstration. The technology is still in its nascent stages - easily affected by wind and other environmental factors, while batteries can be exhausted in as little as 20 minutes.'The drone's performance was great, although the environment provided a bit of a challenge - the airflow made it harder to control. I think we could consider it good if we exclude the environmental factors,' said another Hsiuping University student, Wu Jia-hsin. Thanks to a research team in Taiwan, the ability to control objects with our hands is no longer just a special effect in a science fiction film. The technology is still in its nascent stages - easily affected by wind and other environmental factors, while batteries can be exhausted in as little as 20 minutesIn addition to flying and driving drones, Ven and his team have adapted the Dong coding to manipulate lighting - not just turning lights on and off, but even changing colors by writing letters.

Ven explained that when he claps twice the lights on a device will turn on and twice again to turn them off.The colours can also be changed by writing the first letter of the colour. Demonstrating outside the Park Lane Department Store on Gongyi Road in Taichung City, Ven showed how simple gesticulations using his hand could fly his Parrot AR Drone 3.0, with the Apple Watch interpreting what he was doing and sending corresponding signals to the drone'When I write an English 'R' in the air the red light turns on, and when I write an English 'Y' the yellow light turns on,' said Ven. The Internet of Things and wearable device are being used to communicate and interact with the Human Computer Interface.Drone gesture controls have been under development for the last few years among various teams across the world, including Thalmic Lab's Myo armband which measures electrical activity in muscles rather than the physical movements.The PVD+ team is currently in the process of applying to Taiwan's Li & Cai Intellectual Property Office for a patent for its Dong software.