Sell Four-axis Aircraft 69108 Selfie FPV Foldable RC Drone Altitude Hold 720P Wifi Camera 3D Flips best price

Four-axis Aircraft 69108 Selfie FPV Foldable RC Drone Altitude Hold 720P Wifi Camera 3D Flips Features: -FOLD UP DESIGNED QUADCOPTER: both four arms could fold up into a very compact form which is portable and easy to carry for outdoor flying. -ALTITUDE HOLD: 6 axis and barometer altitude hold allow you to concentrate on directional control without worrying about altitude. 3.720P Camera: it can take pictures, shoot videos and real-time transmission through the phone camera image. 4.360 DEGREE FLIPS: clicking "3D rolls" button with any direction,the drone would do a 360° rolling bringing you an amazing flight experience. -HEADLESS MODE FUNCTION: you don’t need to figure it out first which direction it flies so you can avoid crashes. Description: 1.69108 smart drone is foldable which is portable and suitable for indoor and outdoor flying. -With 720P Camera, it can take pictures, shoot videos and real-time transmission through the phone camera image. -What’s more, the altitude hold and headless functions would bring you an easy flight, even if you’re a beginner. Specifications: Item name: 69108 FPV Drone Remote controller: 2.4G 4CH Color: Black/white optional Control distance: About 36-60m Drone battery: 3.7V 400mAh lipo battery (built in) Flying time: about 6mins Functions: Up/down, turn left/right, forward/backward, left/right sideward flight, one key return, 3D flip,headless mode, app control,take photo,shoot video,altitude hold Charging time: About 60mins Remote controller battery: 2 x 1.5V AA battery(not included) Product size: 66 * 66 * 74mm(Folded) / 150 * 147 * 85mm(Unfolded) Weight:60g Package information: Package size: 280 x 142 x 96mm / 11.02 x 5.59 x 3.78 in Package weight: 617g / 1.36lb Gift box package Package Included: 1 x 69108 RC Drone 1 x Remote Controller 4 x Spare Propeller 1 x USB charger 1 x Phone Holder 4 x Landing Pad 1 x Screwdriver 1 x User Manual Notice: There might be some deviation due to manual measurement.