Syma X5C Explorers 4 Channel 6-Axis Quadcopter Drone Ready to Fly 2.4Ghz w/ HD Camera + 4GB MicroSD Memory Card RC Remote Control Radio
Syma RC introduces its latest X5C Quadcopter! A quadcopter is a machine that is lifted and propelled by four rotors. Unlike most helicopters, a quadcopter use symmetrically pitched blades mounted on four motors to produce lift. Controlling the speed of these individual motors allows the machine to move forward and backward, up and down, strafe left and right, and rotate clockwise and counterclockwise.
The Syma X5C 4 Channel quadcopter brings a new element to radio control quads and offers a completely different experience of flying. It offers a refreshing change on how to hover, balance, and control a copter. With the help of an 6 axis gyro, stability and agility is achieved effortlessly. Flying the Syma quad is simple and intuitive allowing the pilot to enhance their skills quickly. Once you enhance your skills enough there are stabilization settings built in that you can disable to advance your ability to fly the X5C and perform 360 degree eversion. The X5C is also equipped with an HD camera to capture all your flying adventures.
With the use of 2.4ghz technology the Syma X5c radio system has the benefit of longer control distance, strong anti-interference technology, low power consumption, and rapid response times.
Using spread spectrum technology for further remote distance, best anti-interference ability, least power consumption. you could fly more helicopters at the same time, its reaction speed is 100 times faster than other radio control
The Syma Radio Control brand is one that is very well known in the micro helicopter industry. Its S107 helicopter has been a hot item mainly because of its stability and ease of flight. The Syma X5c Quadcopter carries all of these favorable traits over from the S107 to produce a quadcopter in an awesome ready to fly package.
The Syma X5c comes ready to fly with a 3.7v 500mah Li-Po battery and charger providing about 7-9 minutes of flight time per charge.