Parrot flying iPhone drone will be $299 06.16.2010 :: 4:32PM EST @salcan Remember Parrot’s awesome A.R. drone, the flying quad-rotor helicopter-type thing that was announced at CES? Some details have emerged at E3 2010 and it turns out that the drone is going to cost $299. We’ve also learned that it will be available at select retailers in September of this year. That’s not exactly at the impulse-buy level but, considering how cool the drone is, it doesn’t sound too bad either. If anything it looks a bit fragile, which has me much more worried than the price tag. That said, at least the app you control it with is free. Engadget got a hands-on and took some fresh video of the drone in action. They seems pretty impressed with it, despite taking issue with the price: The controls right now are simple and intuitive. The iPhone displays two inputs, the right being a virtual thumbstick that raises or lowers altitude, and allows you to rotate the Drone on its axis.

If you hold your thumb on the left control you can tilt the iPhone to bank the Drone in any direction. There’s also a button you can tap to take off or land automatically, which is good for those prone to buying the farm. Read more at Parrot or get involved at the A.R. Drone dev site. subscribe to our newsletter: Subscribing to a newsletter indicates your consent to our Terms of Use and Privacy Policy.DJI Inspire 1 Drone @ Golden Globes 2015 ! :)DJI Inspire 1 Drone @ Golden Globes 2015Published by http://www.drones.nl - Team DJI used an Inspire 1 drone to film celebs on the red carpet of the Golden Globes awards show 2015 in Hollywo...16 First look at the AR Drone SDK for Windows As some of you know, Thomas Endres, Julien Vinel and myself have been working on a .Net SDK for the Parrot AR Drone quadcopter. We were planning on doing a release last week, but Parrot asked us to wait until they had revised their license to include the creation of “3rd Party” (that’s us) development tools.

I was hoping to hear something from them last week, but so far nothing has happened. So in the meantime (since I’ve been asked for this a lot) I thought I should show you what we have been working on. Currently video is supported and save-able, and all DirectX input (Joysticks etc) devices are support (*and* keyboard and Wiimote). Still waiting to get the “OK” from Parrot before we can release it to the world. A big thank you goes out to Thomas and Julien – they took my rather flaky first design and transformed it into something very special. The only thing it doesn’t do is make tea – that’s going to be in SP1 Previous post: Mining stuff from an old TV – Flyback Driver Next post: Download Windows control application for the AR DronePhones were used to just call people. The pursuit for innovation revolutionized the way people communicate using phones by the ‘magical’ possibilities brought to us through internet. Something has been shaping our lives but where are we headed?

There is something more which we as a race have not really capitalized on. More and more conceptionists and developers today need to start thinking on the lines of developing applications which can transform drones into new tools which the manufacturers have not even imagined.parrot ar drone barrel roll Drone Technology has observed expansion in last few years. parrot ar drone fiche techniqueThere are many advances seen in recent years in terms of hardware platforms, more scalable airframes, high-resolution cameras and better batteries.parrot ar drone rc conversion instructions Marketwatch states drone sales topped $1.33B in 2014,buy a small dragonfly drone on indiegogo

According to Fortune, the figure was $2.5B, growing at 15-to-20 percent annually. The sky is not the limit for commercially-used drones and the above figures don’t even include military spending. parrot ar drone engadgetMilitary spending is itself a large topic to discuss.parrot ar drone cnet The flight controller is a software which exists today on the drone itself. The flight controller interfaces with a wide array of sensors which includes GPS, accelerometers, airspeed, barometric pressure, temperature etc. These inputs will affect the flight. The flight controller takes responsibility of taking input from the ground station or the pre-set routing points. It makes sure that drone is where it is supposed to be and therefore utilizes complex control algorithms such as PID (Proportional Integral Derivative). There are some drones which offer advanced flight controller applications which can run on a smartphone or tablet.

Parrot AR Drone 2.0 which works exclusively with tablet application. Let us have a look at Parrot AR drone control interface. For using a smart device with your drone, it is important to pair the smartphone or tablet with the drone. If you have a Parrot AR Drone 2.0, using the below-mentioned directions can help in connecting phone to your drone: 1- Connect your AR Drone’s battery: The green light of the drone’s system will turn green, therefore indicating you are ready to move the next step. 2- Tap to settings icon, by using iPhone: The setting screen gets loaded and gives you several options for configuring your iPhone. 3- Find Wi-Fi button and tap it: Wi-Fi settings screen loads, therefore, presents you with an option to connect to any detected wireless networks in the area. 4- Select ardrone_parrot wireless network: The iPhone indicates that you have connected successfully by placing a checkmark in the network in Wi-Fi settings screen.

Microsoft drone simulator helps you prevent real-world crashes https://t.co/foCJtVscr2 via @engadget | — Colin Masson (@colinmasson) February 16, 2017 There has been an emergence of many companies which are indulged in providing development kits, therefore, allowing custom apps development for building an interface with flight controllers. Such companies have entire development platforms hence enabling easier custom application development. These custom applications can run on Android, or on any mobile device or any ‘associate computer’ running on the drone itself. Software interfaces with the flight controller provide intelligence and computing power to obtain mission’s tasks. Cloud is another area which has witnessed rapid innovation as the number of drones in use have increased exponentially. Drones are able to capture and send a wide array of data and images which are in use. From generating aerial view maps to gathering environmental data or traffic data, drones are capable of doing just almost everything.

The analysis, processing and correlation of such data is computationally very intensive, therefore best suited to cloud processing. Real-time calculations, or managed live feed updating the right data parameters shared with concerned authorities can open the door to achieving rather complex tasks. Cloud makes it all light. Drones can also be used for security. Suppose, you want to augment physical security with a fleet of intra-communicating drones which could buzz around campus for gathering data and images. In this case, data can be stored in cloud, scrutinized and analyzed looking for patterns which could indicate suspicious activity or security threats. As such cloud services publish data using REST interface hence this information can be easily incorporated in other applications such as physical security stations at guard post, GIS mapping or live monitoring applications. If we talk about healthcare industry, then UAV (Unmanned Aerial Vehicle) is just doing wonderfully. Drones could deliver expensive and rarely used drugs such as antivenin for snake bites.

These drones are very much helpful in case of areas with epidemic disease spread. Flirtey drone can make its own autonomous delivery of food, water and a first aid kit. A Nevada-based startup, offers emergency medication. Another UAV is ZipLine which is a San Francisco-based startup which has signed a contract with Rwanda government for transporting blood for transfusion across the country. Also, TU Delft Ambulance Drone has been designed as a prototype which integrates within a cardiac defibrillator, two-way communication radio and video. In case patients suffer from cardiac arrest the emergency services would send the drone to the patient and looker-on will be instructed how to perform CPR (Cardiopulmonary resuscitation). They will also be guided how to use defibrillator until the emergency services arrive to take over. Google ‘s parent company Alphabet has also been associated with Project Wing for disaster relief and delivery of food, medical supplies, and clean water. This project has been successfully tested both in U.S and Queensland, Australia.