Wifi drone-Headless/IOC function. Usually, the forward direction of a flying multi-rotor is the same as the nose direction. By using Headless/IOC, the forward direction has nothing to do with nose direction. This lessens the steepness of the learning curve and allows the pilot to enjoy flight while slowly learning each specific orientation of the quadcopter.

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Selfie foldable pocket drone special app quadcopter

 Selfie foldable pocket drone

 Selfie foldable pocket drone special app quadcopter

mini foldable drone

Special App:

With the App and WiFi connection, you can remotely control the quadcopter via the virtual lever, gravity sensing, you can also use the Flight Simulator in the App to perfect your pilot skills. In addition, the App allows you to beautify the photos, cut videos, add some music and subtitles, and share your masterpieces to Cloud.

Foldable structure design:

Palm-sized with the concise and aesthetic design and the advanced technology of foldable aerofoil, the RC drone becomes lighter and easy to take with you anywhere.

Auto hover flying system:

The quadcopter is equipped with advanced barometer to perform altitude hold and create more stable flights and higher quality aerial shots, it can fly in any conditon, a wonderful flying experience for you.

LED Light:

The adoption of LED enables you to recognize the flight direction on a dark night, safe and shiny at night.

3D Flips&Rolls:

The drone controller comes with a 360° rolls, it can be continuous roll for perfect action. With the headless mode you can fly the drone without knowing the direction.  Selfie foldable pocket drone special app quadcopter.

HEADLESS MODE:

Orientation of the drone in relation to the pilot. Great function when the drone is out of sight. The function is dependent on the direction of the user when he pairs the model.

Enjoy:

A foldable drone and HD camera allows you to keep your pocket and get great selfies effortlessly at all times.

Nano selfie foldable pocket drone rc toy with LED light

Why Choose secure frequency 2.4G RC Helicopter or RC Drone?

What is 2.4G?

Why Choose secure frequency 2.4G RC Helicopter or Drone?

Recent developments have provided a new and more secure frequency – 2.4GHz – for use with radio controlled models rc helicopter or drone. Basically, 2.4G technology allows the transmitter and receiver to ‘locked-on’ to the same frequency ensuring much improved reliability and peace of mind when flying rc helicopter or drone.

 

Recent developments have provided a new and more secure frequency – 2.4GHz – for use with radio controlled models rc helicopter or drone. Basically, 2.4G technology allows the transmitter and receiver to ‘locked-on’ to the same frequency ensuring much improved reliability and peace of mind when flying rc helicopter or drone.

Is 2.4GHz a better option than 35Mhz?

The advantages of 2.4GHz systems explained in the information below.

Improved reliability:

Operating at 2.4 Gigahertz puts the radio control out of the frequency range of any ‘noise’ caused by the other electronic components on your helicopter – such as the motor, speed controller and any metal to metal noise – eliminating interference and glitching that can affect a 35 megahertz system.

Improved performance:

The high data rate of 2.4 GHz systems offers quicker, more responsive control, when compared to a standard 35 MHz system.

Safety and security:

Obviously, the last thing you need when piloting an RC helicopter is anything that might cause loss of control or a crash. In urban areas you may not be aware if your neighbor is also flying on the same frequency as you. The built-in security of the 2.4G system allows you to maintain radio control at all times, ensuring your safety and that of others around you.

Lower power consumption.

Within the same control range (up to 250m), a 2.4G system will consume only a fraction of the power required by a 35mhz system – about 4mW compared to 750mW – saving £s on AA batteries – and allowing you to fly longer!

Club flying.

The main characteristic of 2.4G equipment from a RC model club’s point of view is that no frequency control needed. Eliminating the need to check everyone else’s channel numbers, prior to flying. No more worries about turning up at a club with the wrong crystal in your Tx. Why Choose secure frequency 2.4G RC Helicopter or Drone?

Council By-laws.

With the growth in the popularity of remote control models there comes an inevitable increase in 35mhz frequency conflicts. Councils are already introducing restrictions on where you can use model helicopters on park and municipal land. There are reports that in some areas flying will only allow if the RC models equipped with 2.4GHz systems.

2.4G Spread Spectrum Technology – how does it work?

Instead of transmitting on one channel at a time. Both the transmitter and receiver are constantly hopping from channel to channel. At over 1000 times a second! When you initially ‘pair’ your transmitter to your receiver, they initiate the synchronized sequence of channel hopping. Why Choose secure frequency 2.4G RC Helicopter or Drone?

With 2.4GHz effectively 40 channels are available and the sets automatically set themselves to an unused frequency when switched on. Operation is Constantine self monitored and the set will move to an unused frequency if any interference detected.

Any other benefits?

Because 2.4G RC systems work on higher frequency short wave length. The transmitter antenna is only about 15cm long and flexible.  Avoiding bends and breakages that can occur with traditional 35Mhz telescopic aerials! The receiver antenna is much shorter too – allowing for much neater installation of the radio gear in the helicopter.
Any downsides?

Why Choose secure frequency 2.4G RC Helicopter or Drone?

The only downside may be that you won’t be able to blame that crash on a radio glitch anymore!

rc helicopter or drone: http://huajuntoys.com/big-size-rc-helicopter/