These are some common tools used to work on this device. You might not need every tool for every procedure. TR6 Torx Security Screwdriver Probe and Pick Set Background and Identification ¶Drone was released in 2010. It is controlled via a Wi-Fi connection to an iPhone, iPad, or iPod Touch. Drone uses various technologies, including ultrasound, a downward-facing camera, an accelerometer, and two gyroscopes to maintain height and balance in flight. Games that feature Augmented Reality use a front-facing camera on the AR.Drone to turn real-life objects into obstacles in a video game. Drone runs on a Linux operating system, and Parrot encourages software developers to create their own Augmented Reality games in the Apple App Store for the AR. Available from these sellers. New (3) from $57.00 See more technical detailsDrone has been designed to be easy to maintain. Every part can be replaced when damaged, and the included tool kit enables you to assemble and disassemble every part of your AR. Drone if necessary.

The tool kit includes a Phillips™ screwdriver to remove and reassemble the motors and the Torx™ screwdriver for the main board and the navigation board. Also provided is a special circlip tool used to easily insert and remove the circlips that hold the propellers and gears onto the shafts. 5.6 x 2 x 0.8 inches 4.5 out of 5 stars 5 star80%4 star13%3 star7%See all verified purchase reviewsTop Customer ReviewsShould be included, but work well|MUST Have for A.R.Drone Owners|Must Have Tool Set for Drone|Five Stars|dont try to find at home depot or else|A.R. Drone Repair tool - A+ - ( I Love Amazon!!)| Look for Similar Items by CategoryBattery – make sure the battery housing is intact and the terminal is clean. STOP using the battery IMMEDIATELY if the housing is cracked, punctured, or enlarged. Dispose of any discarded battery in compliance with your local safety regulations. Charger – inspect the charger, make sure the housing is intact with no visible damage, and the contacts are clean.

STOP using the charger IMMEDIATELY if the housing is cracked, punctured, or enlarged. Dispose of any discarded charger in compliance with your local safety regulations. Propeller – check the propeller for any visible damage; a bent blade could cause instability in flight, which could result in crashes (and in turn damage the drone). ar drone 2 steuerungIn addition, make sure the propeller can still be securely mounted to the drone.black ops 2 drone checkpoint Camera – check for any visible damage to the lens. parrot ar drone pilotageBlemishes on the lens could affect the qualities of the photos and videos. Airframe – check for any structural fatigue or damage to the wings, flaps, and servomotor connectors. Remove any dirt or grime that may have accumulated in the motor housings and downward-facing sensor area.

C.H.U.C.K – check for any structural fatigue or damage, make sure the On/Off button is perpendicular to the drone fuselage. Overall wear and tear – check the drone for any visible damage. Remove any dirt or grime that may have accumulate on the bottom. STOP using the drone immediately if any wire or electronic component appear damaged. Store the battery away from direct sunlight in a cool and dry place where the ambient temperature is below 140°F (60°C). If you plan on not flying your drone after 50th flight, run the battery to 50% capacity before storing. Store the drone away from direct sunlight in a cool and dry place. Camera – If necessary, use only designated lens-cleaning material for cleaning to avoid inadvertent damage to the lens. Airframe – you may use compressed air to remove any dirt or grime that may have accumulated in the motor housings, battery contact, and USB port. DO NOT use any moistened material for cleaning. Propeller – remove propeller from the drone prior to cleaning;

use a dampened cloth to wipe down the blades, make sure they are completely dry before mounting. Before flying, browse the Knowledge Base to get started !Out of the Box : PreflightsOut of the Box : FlyingVideo TutorialsTroubleshootingParrot AR Drone 2.0 Tool Kit Allows for easy maintenance of AR Drone 2.0 Includes Phillips head and Torx screwdrivers and circlip toolDJI Intelligent Flight Battery for Phantom 3 High capacity for up to 23 minutes of flight time Four LEDS display both the status and the remaining power of the battery Smart charge/discharge functionality helps protect your batteryEvery now and then, I find myself in a regrettable foray into a deeply technical project for a ridiculous cause. Fortunately, I wasn't alone in this adventure. My ACM student organization and I have been toying with our new AR Drone. The goal is for the drone to deliver tacos autonomously. Of course, this objective has several obstacles: buildings that obstruct paths, birds that steal tacos and customers that refuse payments.

The project and its subproblems seem qualified enough to be worthy of an exploration into drones. We begin our exploration with a API choice and I will elaborate what we mean by a "good API." As a team, we believe that a good API has two properties: Our selection processs proceeds by selecting APIs based on the language requirement and eliminating the results with the second requirement. A third requirement, although not necessary for a good API, follows with the goal that this project is exploratory: the API must enable rapid prototyping. When several APIs are available in different languages with varying degrees of support, you are only restricted by the languages you know. This is where being a polyglot programmer may be useful. Since my team is capable of a combination of Java, Python, Ruby and JavaScript, we began narrowed our results to the following five APIs: : The project does not use Parrot's SDK, but that's okay because it adheres to the simple networking protocols.

: Independent of the drone implementations. ODC uses JavaDrone as its implementation for the AR Drone. Additionally written in Scala which also runs on the JVM. : Still uses Python 2.x! It is possible that this is no longer being maintained and a fork may arise as the new official release. : Also may not be maintained. Consider using one of the forks. : Also implements the networking protocols directly as JavaDrone does. While there is an official SDK from Parrot, the company that manufactures AR Drones, the non-mobile examples are written in C. The language was unfavorable for rapid prototyping as our team needs, so the official SDK with C was not an option. The most obvious concern here enables me to eliminate some options. Since my team must focus on the development of the project, API maintenance is certainly not in our requirements list. Hence, we prune out APIs that appear unmaintained. Here are some statistics that may point to a lack of maintenance: