Indoor Outdoor 18 kmh/11 mph CES 2014 Best ofInnovation award Best Tech Award by Mashable Best Droneby The Verge Editor's Choice Awardsby Popular Mechanics Digital Trends Best of CES 2014Award finalist Parrot Rolling Spider is an ultra-compact drone controlled by smartphone. It flies indoors and outdoors with surprising speed and stability. Acrobatic tricks are available from the free app for MiniDrones FreeFlight 3. Ultra-light, Rolling Spider performs half- and u-turns in one swipe. He does ​​front and rear loops in one click. With its removable wheels, it runs from floor to ceiling and walls. Equiped with a propellers cutout in case of a collision, it is designed to fly without harming living-room's luminaire! 55 grams of technology 6 times lighter than AR.Drone and the same flight stability thanks to an autopilot based on a 3-axis gyroscope and 3-axis accelerometer. Pressure sensor for the flight altitude Ultrasonic sensor for precision flying near the ground

Its vertical camera at 60 fps measures the speed comparing previous image. This ultra-sophisticated technology based on sensor data fusion makes Rolling Spider one of the world's most stable drones. It has an exclusive free-fall take-off mode: its engines start when you drop it. Capture aerial views with the vertical mini-camera. Rolling Spider's vertical camera enables you to take photos. You simply hit the ‘photo’ icon on piloting screen to take snapshots. The photos are saved in the Rolling Spider’s memory which contains enough space for several hundred photos. Their resolution is 300,000 px. You recover your photos in FreeFlight 3 app: you transfer them from the Rolling Spider's internal memory to your piloting smartphone or tablet gallery. Watch the photos taken by MiniDrones pilots community. FreeFlight 3 free app offers an intuitive control from your smartphone or tablet. It connects through Bluetooth Smart to your Rolling Spider.

It is compatible with devices running iOS, Android and Windows Phone. It is also the application of MiniDrone Jumping Sumo. Connect to Parrot Cloud to share your acrobatics with other MiniDrones pilots. Keep track of all your sessions. Share your photos, videos and data with other Parrot Cloud members and instantly on YouTube and Facebook. Free backup of your data. Learn how to program Rolling Spider and be familiar with programmation through Tickle App.how much does the parrot ar drone cost A visual programming app with a lot of fun!ar drone 2 parrot youtube For children under 14, it is recommended to use Tickle and Rolling Spider with an adult.storm drone 6 manual

Watch Tickle App video Bluetooth Smart technology, Bluetooth V4.0 BLE (Bluetooth Low Energy). See list of compatible devices. Parrot Rolling Spider is an ultra-compact flying drone with impressive agility. It flies indoor and outdoor with great speed and stability. It rips through the air, flips and thanks to its removable wheels, rolls from floor to ceiling. * also compatible with Jumping Sumoar drone flight recorder cenaEver since we played with the original AR drone back at CES a few years ago, we’ve been keeping an eye on them. ar drone 2 nz The manufacturer is pretty good about sharing information. parrot ar drone storeThey have a decent breakdown of the specs as well as a full SDK available for writing apps for the AR drone.parrot ar drone editions

*We’re assuming they mean 1Gigabyte of RAM there on the specs. As you can see, it has decent specs for the $299 price tag. This is partially due to the fact that it uses wi-fi for control. A decent radio system would greatly increase the distance (and probably response), but would have added another $100 to the price tag. This isn’t a full review of the AR Drone. I didn’t run it through any tough tests, nor compare it to similar sized and outfitted competitors. I just pulled it out of the box, flew it around a bit, and started thinking about how best to make it preposterously dangerous. During this time, I found that the Wi-Fi control system works fairly well. There’s not really a discernible lag between motions on the iPhone and motions on the drone. The drone was fairly stable both indoors and out, though it really didn’t like ceiling fans. I started taping things to it to see how it would respond. As you get too much weight on it, you start to see that the stabilization system twitches attempting to keep it level.

This happens long before it physically can’t lift things. It shouldn’t be an issue though as I only noticed it while attempting to hover in place. Battery life is greatly reduced though with any additional weight. This is a pain in the butt because the stock battery only offers roughly 8 min of un-weighted flight on a 1.5 hour charge. There is already a strong community of modders out there for the AR drone. Here are some common mods that I found while researching. I’ve included a few links to examples, but there are many more to be found. I’ve got some ideas. They’re not all very safe sounding, but don’t worry, I’ll take precautions to make sure no one gets hurt. They’re also not very practical, but sound really fun. Let me know your ideas. Keep in mind that if I strip this thing down, I can really only carry 100-150 grams comfortably. Also keep in mind I don’t have the time or resources to carry out massive undertakings (sorry, no AI swarms, etc )Like most flyers, you’re probably frustrated by the short flight times of RC drones.

Don’t worry – we’re frustrated too. The average flight time for a beginner quadcopter is only about seven minutes. Even expensive models can’t seem to break the 25-minute mark. Despite these limitations, there are a few things that you can do to extend drone battery life in your own quadcopter. In the following sections, we’re going to show you 10 tips, tricks, and strategies that can help keep you in the air longer. The average flight time for a beginner quadcopter today is about seven minutes. Models like the Syma X5C and the UDI U818A are perfect examples. Obviously, there are a variety of factors that can negatively impact a drone’s flight time. These include things like wind, weight, flight style, and whether or not you’re recording. For example, when flying in heavier breezes, you’ll find that your average flight time will decrease significantly compared to flying in calmer conditions. Likewise, if you’re flying with added weight (like a camera or prop guards), or flying aggressively, then this too can decrease your drone battery life.

Lithium Polymer (Li-Po) Batteries have become the universal power source for RC drones today. Why are they preferred over traditional batteries? Because they’re lightweight and have high discharge rates (can store/release a lot of energy). As you can imagine, they range dramatically in size: the world’s smallest quadcopter, the Cheerson CX-10, is powered by a relatively small 100mAh battery. Likewise, the much-larger Syma X8C is powered by a massive 2,000mAh battery. Generally speaking, bigger batteries do correlate with higher drone battery life. Did you know that some drone cameras are detachable? If you want extra drone battery life, I’d highly recommend removing them. Although they may not look heavy, cameras can definitely put strain on a drone’s battery. It’s also important to note that the camera links directly to the drone’s battery. So, when you’re recording, you’re basically using up energy way faster than normal. Unfortunately, this tip only applies to quadcopters that have detachable cameras (it wouldn’t work on something like the Hubsan X4 H107C).

Timing is very important for increasing drone battery life. For getting the best flight time possible, charge your drone’s battery right before you’re about to use it. “Freshly” charged batteries usually perform better than ones charged several days beforehand. Similarly, if you’re not going to fly your quadcopter anytime soon, don’t fully charge the battery. Instead, charge it only 60% of the way and store it in a safe place. Then, when you’re ready to fly, finish charging it to maximum capacity. First and foremost, flying a drone in strong wind is dangerous. One mishap could send your quadcopter spiraling down into a home, or worse, a person. But even when dangers like these aren’t present, flying in strong wind is still really bad for your drone battery life. When you fly your quadcopter in strong wind, you’re basically forcing the motors to produce more thrust just to maintain a hover. If you can help it, try to fly on days when wind conditions are reasonably low, or even better, just fly indoors.

Nearly all RC drones come with various “Flight Modes” that you can adjust based on how aggressively you want to fly. To fly more aggressively, simply increase transmitter sensitivity, and to fly more conservatively, just decrease transmitter sensitivity. As you can imagine, flight modes with a higher sensitivity will consume energy faster than flight modes with a lower sensitivity. The good news is that changing flight modes is as easy as pushing a button on your transmitter (controller). This is an often overlooked tip for increasing drone battery life that you can begin using as early as today! Li-Po batteries are incredibly volatile. If you leave them charging for too long, it’s possible they can explode and cause a fire. Not only is overcharging potentially dangerous, but it’s also really bad for your drone battery life. Take note that in 2010, two crewman were killed onboard a UPS flight carrying a shipment of lithium batteries. The batteries spontaneously ignited, proving that, if you don’t properly handle lithium batteries, they can be extremely dangerous.

Are you fed up with the short flight times of RC drones? If so, then just build your own! By building a quadcopter from scratch, you’ll ultimately have more control over your drone battery life. Don’t worry – it’s not as difficult as you might think. There’s a wealth of information available online that can walk you step-by-step through everything. If you’re going to take the DIY approach, I’d recommend reading my article on how to build a drone. It should, at a minimum, teach the fundamentals and help you get started. Also be sure to check out the following resources: Check Out: Hobbyist Builds a Custom DIY Drone with a Flight Time of 97 Minutes! By far one of the most common ways that flyers are fighting back against short flight times is by purchasing extra batteries. This tip doesn’t necessarily increase drone battery life, but it does allow you to stay in the air longer. This tip only works on drones that have easily accessible batteries (X8C, X5SW, etc.).

It wouldn’t, for example, work on the UDI U839. Generally, spare batteries are quite cheap (around $5 each), and can be purchased on sites like: The “Prop Guard” is the thing that wraps around your propellers to protect them. Unfortunately, they’re a double-edged sword: while prop guards offer great fortification, they can also weigh down your quadcopter and decrease drone battery life. Still, I wouldn’t recommend removing them until you’re comfortable behind the controls. Potentially damaging your propellers just isn’t worth the extra minute or two of flight time. Our last drone battery life extension tip is this: don’t allow your battery to completely drain itself during flight. Each time that you do this, you slowly wear down the lifespan of the battery. It’s recommend that you fly your quadcopter with no less than 20% battery capacity. Once it dips to 20%, stop flying, give the battery a few minutes to cool down, and then charge it back up to maximum capacity.