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Sunday, May 25, 2014

iPhone Operated Drone - Parrot AR Drone

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A drone is used for the purpose of attacking or conducting the survey of an area, usually hostile enemy territory, from the air. This is the toy version of such aerial vehicles. But it does break new ground when you think about the amount of technical inputs that have been put in to it. This quad copter has rotors around its main body. This drone makes use of MEMS i.e. Micro Electro Mechanical Systems, gyrometers, axes accelerometer, vertical camera, a second camera located underneath and ultrasound sensor. Furthermore, this drone generates its own WiFi network connection for communicating with the remote control tool.
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A combination of all the mentioned devices and technologies gives this drone the ability to perform plenty of of the things a actual drone can undertake thereby bestowing on it an very genuine dimension. The rotors permit the Parrot AR Drone a great deal of speed. The rotors also emit a hard sounding yet pleasant type of sound that is the characteristic of actual drones. The gyrometers and accelerometer give this quad copter wonderful stability and therefore maneuverability. One time the copter takes off it is simple even for beginner pilots to operate it. The stability factor is also the reason why this drone can be operated in outdoor environments as well where wind speed and sudden gusts of wind have the ability to disturb flights. But don't use this for any actual or playful spying its sound bytes are loud for such sneaking.

Probably the best part of this remote control toy is that it generates its own WiFi network. This eliminates the requirement of a separate net connection or a router as also of a separate remote control. The drone can be effectively operated with an iPhone, iPad or iPod. In the event you are a beginner you need to hold the left onscreen button of the drone and the accelerometer of the iPhone to maneuver the craft. The movements of the drone mirror the movements of the accelerometer. Thus when you move the accelerometer to the right, the drone moves right; when you move it to the left the drone moves left and so on. The right screen onscreen button permits the user to alter the altitude of the craft and also to rotate it. But don't go for the 90 degree turns and sudden rotations yet - put some experience under your belt first. In the advanced version a single onscreen virtual joystick is can be used to control the drone. At present only Apple devices are supported. Parrot is working on an Android version.
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The augmented reality of the drone is the creation of the front facing camera that transmits live images to the screen of your iPhone or iPod at 640 x 480 pixels. Combined with optional integrated real-time special effects you receive a game like experience while flying this Parrot AR Drone. The second video camera is located underneath the drone and is connected with an Inertial Measurement Unit. This second camera and the unit enable the drone to measure its horizontal speed and also to undertake stationary copter type flights without any assistance from the end-user. Both the cameras in unison enable the user to fly the drone even when it is not in the sight of the user. The ability to operate even when out of the operator's sight is exactly what actual drones do. This combination of video gambling and radio connectivity makes it feasible for users to recreate a huge number of single and multi player video games in the actual world.

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Steer the Parrot AR Drone Helicopter

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Steering the Parrot AR Drone Helicopter is complete fun by itself as you require to tilt and control your compatible Apple device controller for changing directions. Your enjoyment is enhanced by the breath taking video views received and the touch screen movements used for acceleration and speed reduction.

of the ground breaking features of the Parrot AR Drone Helicopter is the means by which it is steered. A visible technological first, it is the first machine controlled by full fledged devices - the I-phone, I-pod touch or I-pad - using wireless connectivity. basically, the machine is controlled by tilting the wireless apple controller for directional changes, increasing and reducing speeds using touch movements and accelerometer of the controller. However, this is only feasible by installing the AR Free flight application and placing the controller in Airplane mode.
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Numerous sensors can be found under the central hull of the Parrot AR Drone Helicopter to assist with steering the machine and its overall motion management. These include the mini Inertial Measurement Unit method which works in tandem with the High Speed camera located at the bottom of the machine. These inertial measurements give room for automatic in-flight stabilization using pitch, yaw and roll movements, similar to those used for balancing vessels at sea. They also contributes greatly to the functionality of the tilting movements, in as far as the wireless network is in operation. These in-built technologies make it simple to steer the machine for all kinds of movement and also control it effectively after bumping in to foreign bodies.

Â· Make sure that the batteries on the machine and on your controller device are fully charged at all times.
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Outlined below are step by step tips to help you steer your Parrot AR Drone Helicopter for an enjoyable in-flight experience.

Â· Switch your Apple controller device to "Airplane" mode.

Â· Download the AR free flight application from the I-tunes online store. Install it on your Apple I-pod touch or I-phone.

Â· Switch on the Wi-fi on your controller device and connect to the wireless network range of the machine.

Â· Power on your Drone machine and make sure that the wireless network is activated.

Â· Activating the Free Flight application within the wireless network range would automatically synchronize both devices.

A single touch of the launch button at the middle bottom of your controller's screen brings the Drone to life. Without any action, the Parrot AR Drone helicopter will leap to a few feet off the ground waiting for controls to guide it further and higher

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On The iPhone - AR Drone Helicopter Augmented Reality

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The final debut of the Parrot AR Drone Helicopter in to the market has created more makes use of for Apple wireless devices from the iPhone to the iPad. Aside from their use as remote controls for this ground breaking machine, they also serve as viewing platforms for the exploits of the air-borne machine. The user can now feels like they are on a reconnaissance mission, as they can relax in their garden and use your Parrot Drone to take views of their neighbors' gardens, without ever looking over the fence.

This feat is made feasible by the cameras located at strategic points on the Parrot AR Drone Helicopter. These cameras merge the functions of determining speeds and the actual time transmission of aerial views to the iPhone for stabilizing the machine while in flight. From the iPhone, the speed of the machine can then be controlled using touch movements. The aerial videos transmitted to the controller in actual time are breath taking as it gives you a feeling that you are in the cockpit of your own fighter jet. In multi-player mode, you can shoot down the jets of your friends who also own the Parrot AR Drone. You can collide with their jets and see who has better control after a collision. The camera views relayed to your Apple iPhone can help you stretch the fun in any direction you wish.
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Also, the views transmitted by the camera to your iPhone give you the ability to experience the Augmented Reality desired by the makers of the Parrot AR Drone Helicopter. Without looking in to the skies, you can target trees, cars, small jets and actual physical objects within your view with virtual gunfire and bombs. This is the same way you try to shoot more targets when playing with the computer, all by looking in to the screen of your iPhone and controlling your machine above.

In case you have the appetite to resist litigation, you can select to peek in to your neighbors gardens or bedrooms above using your iPhone as controllers and gliding your helicopter lowly across the desired surveillance areas. Note that this is not advisable as it could lead you in to trouble. All the more fascinating if these views can be recorded and stored for future use. Thus, with the combination of the iPhone and this quadri-copter, there is no hiding place for evil activities anymore.

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AR drone camera Parts - drone camera

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Listed below are the parts that make up the AR Drone:

Body Set + Frontal Camera - They could think about this the main chasis of the toy where you will attach all the other important parts. It is made of lightweight & resistant plastic. This part contains the frontal camera as well as the battery holder.

Navigation Board - The navigation board is what makes the AR Drone stable in the work of flight. It contains sensors, ultrasonic tranceivers, accelerometers, gyroscopes & an inertial measurement unit.
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Parrot Mainboard +V Vertical Camera - This is probably the key part of the gadget. This contains the CPU & all electronic parts that will make the AR Drone work. It's the WiFi features, a video compressor, a USB port, the stabilizing part & everything else that makes the whole toy chilled.

Parrot Motor - This 15 Watt motor is specifically designed for the AR Drone. Each motor completes 28,000 RPM when hovering which is converted to three,300 RPM on the propeller.

Parrot Battery - The battery is a three-cell Litium Plymer battery. It includes a Protection Circuit Module that prevents the battery from over charging, over discharging & short circuits.

Parrot Central Cross - The central structure of the AR Drone made of a PA 66 high grade plastic, four carbon fiber tubes & four PA 66 plastic motor mount. The central cross contains sire beams. to bring power to the engines & to control the motors.

Parrot Gears & Shafts - Obviously, these parts are used to link the motors to the propellers.

Parrot Outdoor Hull - The outdoor hull is made of EPP or Expanded Polupropylene, a light but sturdy material. This is attached to the body by magnets. This is used or added to the AR Drone to reduce wind resistance when playing outside. It is available in different colors & the colors can be detected by the frontal camera so in the event you are playing multi player games, it would be simpler to identify the other units.

Parrot Propellers - These are designed specifically for the AR Drone f0r more efficient & optimized power consumption. When you buy spare propellers, you will get sets of propellers that are supposed to spin in opposite directions. of the propellers are marked as "C" for clockwise; the other are marked as "A" for anti-clockwise.

There's accessories that you might require as well when owning this gadget. These accessories are vital to its maintenance & repair:

Parrot Indoor Hull - It is more of a protection for the propellers of the AR Drone. You would not require to hit yourself with spinning propellers when playing inside do you? It also protects the drone from damaging itself when you hit walls, furniture & other things inside the house. The colors of the hulls are also detected by the camera for the purpose of multi player games.

Parrot Mounting Tools - This kit contains all the tools that you will require to fix, repair & maintain your AR Drone. All items included in the kit are supposed to fit all the parts of the gadget that would require screwing, tightening, loosening & tuning.

Parrot Charger + Power Supply + Plugs - Obviously, this is for the charging & the recharging of the Parrot Batteries.

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the Parrot AR Drone Helicopter - Remote Controlling

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The Parrot AR Drone helicopters are equipped with cameras. First camera is fitted at the front and is 93 degrees wide. This camera has capacity of recording images at 15 fps rate. These images are sent back to user interface, by a wi-fi network. An Apple iPod or iPhone acts as a remote user interface. A pilot, who holds the Apple iPhone, views the images sent by the first camera. These images are transferred in actual time enabling pilot to see where his copter is, at that moment. This also assists pilot in controlling his helicopter exactly. The images are viewed on iPhone touch screen in VGA resolution. The use of touch screen allows pilot to operate his controls more effectively and cause lesser fatigue to his fingers than the conventional stick controls. The controls on touch screen are also simple to operate and somebody can learn them quickly. The use of iPhone to operate the helicopter is not a limitation but an advantage. The computing ability of an iPhone gives powerful heads up interface which is necessary to operate the copter.
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The Parrot AR Drone helicopters are revolutionary machines in the area of remote controlled aircraft. They have been developed with latest expertise and features that existed never before in such aircraft. This new copter is simple to steer and control which makes it popular among its users. This new copter makes use of rotors, cameras as well as a remote user interface. The communication of copter with its user interface happens through wi-fi network. This allows pilot steer the helicopter even when it is out of his sight. The communication and control are features of these Parrot AR Drone helicopters that make them stand out among such aircraft.
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The pilot has an option of controlling where the camera is pointing. He can alter the camera direction side to side or back and forth, basically by dragging his finger on his iPhone touch screen. By controlling the accelerometer option on the iPhone, pilot can speed up or down his copter. He can also alter the direction of his helicopter by basically steering his hands in a direction he desires. With the help of these options, a pilot can take his aircraft exactly where he desires. This is helpful in spying. The automatic pilot feature of this helicopter is of great help. When pilot removes his fingers from controlling iPhone, the copter goes in to automatic pilot mode and hovers at its current location.

When the user puts his fingers back on iPhone and starts steering it, the copter comes in to manual control mode. This saves it from crashing. All these features of advanced controlling method of Parrot AR Drone Helicopters have made them special and distinctive.

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Before Buying A Used Drone

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The basic Phantom model includes a camera mount where you can attach your own GoPro camera or you could upgrade to the Vision which has its own camera. As your drone climbs hundreds of feet you get to see a bird's-eye view of your immediate surroundings. I can picture how this might be useful for police work or fighting forest fires. For both the professional and amateur photographer it can open your eyes to new worlds. You can get views of architectural or natural wonders that were historicallyin the past unobtainable. The possibilities are countless.
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Personal drones come in all sizes, shapes and types. They are so affordable now that you could be the first on your block to own an unmanned aerial vehicle. The most common type you see today has rotors and is called a quadrotor or a quadrocopter. It is fundamentally a mini drone with blades. A lovely example is the Dji Phantom which is only about a foot in diameter. The Phantom requires a tiny assembly and battery charging and then it is prepared to fly. This RC drone has a special feature: A built-in compass that lets you program a "home" site that allows it to return to home if your transmitter gets broken or runs out of power. After taking a tiny time to calibrate the compass the UAV locks on to six satellites or more to establish a homesite that it can return to in emergencies. Now that is icy. Nothing bums you out like losing your drone.

0-5 MPH: Lovely conditions
5-10 MPH: Difficult, but feasible
10-15 MPH: Hazardous
15-20+MPH: Suicidal
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Here's a word of warning. photographer said they crashed his rc drone in to trees a lot before they became a competent pilot. Don't do that. Drones do crash, for all sorts of reasons, but mostly from pilot error. That is why it is a lovely suggestion to practice together with your uav before trying anything bold. Be definite you feel comfortable handling your drone and it will last longer. Still, it might be a lovely investment to receive a repair kit in case. thing to watch out for is high winds. I keep in mind reading owner's advice concerning operation of mini drones in regard to wind speed:

I do know it is frustrating when you have got your mind set on flying your drone and it is windy, but don't risk it. Let your UAV live to fly another day. I have yet to see a sign close to any airport that reads: "Used UAVs For Sale." However, the way these children are selling it might not be long before they see the first used drones parking zone.

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UAV Photography - drone camera

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I think that the greatest design inspiration and most reverse engineering study done from natural designs has been from the flight of birds and their natural process to fly, their feather covered wing designs. After all they do it so effectively with grace, with such a small amounts of energy needed making use of the available air currents and updraft. Their feather wing designs are light, body fat is low, and their bones are hollow.
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The magic of a bird's flight is truly wonderful and awe inspiring, their bird eye view of the world from above is similar to that of our UAV live stream video and UAV Photography. It is made feasible by the design of the bird's wings, feathers, the skeleton structure and their desire to fly. The flight process of a bird may be gliding, soaring, flapping its wings while being stationery, braking or taking off from the land or water. The most majestic large birds of the sky may be: Golden Eagles (wingspan two.5 meters), Grey Crowned Crane (two.5 meter wing span), California condor (two.8 meters), or the Wandering Albatross (three.6 meter wing span). It is truly awesome experience to encounter such an impressive bird in the wild, at comparatively close distance.

UAV photography captures a number of that freedom that birds experience, it is a dimensional freedom to move on land, on water and thorough the air. The new innovative know-how is more affordable for hobbyist to practice UAV photography; it is much more energy efficient that actual planes or actual size helicopters. What is most fascinating is that a live digital video camera can be attached to the UAV drone that can be controlled from the ground. The camera can be independently controlled and set to a GPS determined direction keeping the camera focused on target despite whether the drone is pitching (tilting), turning, ascending or descending, it creates a smoother stream for video viewing.
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Drone with a camera.

Video camera mounted UAV is on the ground prepared for takeoff, the motors are jogging at low revs, the camera is switched on and the video view shows the concrete and the green grass of the cricket pitch. The revs are increased and the audio sound of the rotors and propellers working gets louder, suddenly the Drone takes off the ground and climbs up and up to about 100 feet (30 meters) directly above, as it climbed the video shows an operator of the drone standing near a concrete cricket pitch, and the person and the cricket pitch is getting smaller and smaller as the distance increases. The operator of the drone moves the flight controls to send the drone some 30 feet to the north, the GPS knows where that is and the drone obeys the command of the flight control. It is now located 30 feet north of the position that it launched from, the pilot then sets the flight controls so that the drone will fly in a 60 feet radius around and above the launch site, above the pilot. The camera has a fix on the pilot and it is recording that target as the drone flies around above the cricket field. Without clever know-how and GPS process application this would not be feasible, this is what makes the UAV Photography a lot simpler to make use of as well as a lot better in the video view quality.

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Remote Control Helicopter With An On-Board Video Camera

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The AR.Drone is an electric RC helicopter equipped with built-in video cameras and you actually fly it using your iPhone, iPod Touch or iPad, allowing you to watch the live video feeds coming straight from the helicopter itself. Yes... chilled!

I desired to let you know about an awesome electric remote control helicopter that is sure to bring a ton of fun for the whole relatives! See why this product is so unique and different from all other RC toy helicopters, and where to get on sale and in time for the holidays.
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While it would appear "challenging" to control and fly, the AR.Drone has several technologies and sensors in place to make the flying experience simple and fun! Since you use your iPhone, iPod Touch or iPad tool to control it, steering the helicopter is done by basically tilting your tool left and right, and then controlling the motion through on-screen buttons. And with the cameras on-board, you can visually see the live video feed on your Apple tool, while you are controlling and flying the Quadricopter.

I recently saw this toy at Brookstone, which is the only "brick-n-mortar" retailer that sells this product. This remote control helicopter is actually known as a "Quadricopter" because it is powered with motor propellers. The AR.Drone combines lots of of today's latest technologies, bringing you a fun high-tech toy in the genres of remote control, modeling, video gambling and augmented reality.
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The AR.Drone works well inside and outside. When flying it inside, it comes with a protective "shield" known as a "hull", in case you stumble on anything inside the house. In a more open field outside, you can take the full hull off. It is powered with a lithium-ion battery that ought to last about twenty minutes of flying time, so you may need to think about purchasing an additional battery. And the "remote control" part is actually done through a Wi-Fi connection between your iPhone/Touch/iPad and the AR.Drone.

In addition to having fun flying the AR.Drone and watching the video feeds, you can also play a variety of games with it, using compatible applications from the iTunes store for the AR.Drone. Not only will the children love it, but this is definitely a toy that will bring out the kid in everyone.

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Helicopter Cameras - AR Drone

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One of the most intriguing features of the Parrot AR Drone is its cameras. The machine boasts cameras, atop & the other at the bottom, which are of very high importance to its operation. There is not very any other device, even currently in design stage, that can rival this gadget in this regard.
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The similitude of both eyes to the human being is equivalent to the cameras found on the Parrot AR Drone. The clear difference here is that the cameras on this machine function much beyond the sphere of sighting. Comic , of the cameras relays video streams back to its controlling device the same way the human eye relates signals to the brain for interpretation. Thus, the gambling world is now saddled with a flying machine that not only sees, but attempts to stabilize itself as best as feasible. Now let us take a glance at the cameras & their functions in details.

The Top or Front Camera

Much faster at 60 frames per seconds, it transmits video streams to the Apple device Controller at a resolution of 176 x 144 pixels. Its wide angle lens takes in views from far & wide, sending back streams of video that would otherwise be missed by the ordinary eyes. The quality & range of these videos as seen on the I-phone gives the gamer a "pilot in the cockpit" feeling & contributes in no small measure to the Augmented Reality desired by the makers of this machine.
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The Bottom Camera

At a speed of 15 frames per second, this camera can shoot videos up to a resolution of 640 x 480 pixels. The major function of this camera is to decide the current speed of the machine, transmit that information to in-built sensors which can then aid with the stabilization of the machine while in flight. This is a continuous method because in-flight stabilization is very important to the operation of this quadricopter.

More importantly, the cameras on the Parrot AR Drone do not work like separate individuals, they synergize to contribute to the final flying experience. While the high speed camera is determining speeds & transmitting to sensors to aid stabilization, the views transmitted by the second camera allows the player control the speed. Options are available for acceleration & speed reduction through the Apple device controller, while directions can be changed by tilting the controller to the desired angles.

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