Item | Drone |
---|---|
Model | ✅ E88 EVO |
Camera | 8K Dual Camera |
Flight Time | 15min |
Charging Time | 60 minutes |
Battery | 3.7V 1800MAH Lipo |
Drone Movement | Descending, Forward, Backward, Left and rright flight |
Control Distance | FPV Distance: 15-30m |
Auto Return Button | Yes |
Drone Size | 20 x 16.5 x 5.5cm Unfolded, 13 x 8 x 5.5cm Folded |
This E88 Evo drone features strong brushless motor, and 2nd generation flagship performance edition design. It has triple camera. It has six-axis gyroscope for smooth flight and more convenient control sky flying. This drone is folding arms, small size, easy to carry. It has WiFi function which can be connected to APP, APK system for real-time transmission of pictures, videos, through your phone camera image.
Upgrade Brushless Power: Low noise, More Energy-Efficient, Performance Improvement of about 75.2% compared to most.
Endurance and Durability: Scientifically balanced allocation, equipped with large capacity batteries for long-lasting battery life
2.4GHz Anti-Interference Technology: This E88 EVO drone has 2.4GHz Anti-Interference Technology which provides long range coverage.
Real Time Image Transmission: This drone has real-time communications (RTC) technology that allows all users to exchange images instantly or with transmission delay from any mode in any condition, so there is always a direct path between this drone source and destination.
Trajectory Indication: This E88 Drone has trajectory indication function which keeps the trajectory following control the drone can fly safely under real disturbance. So there is no need for automatic flight control.
Accelerometer: This accelerometer is used for the flight stability of the drone, so it can measure the effect of sudden acceleration due to wind or sharp turns and helps to fly in the sky stably.
Optical Flow Hovering: This E88 EVO Drone drone is equipped with an optical flow module with a downward facing camera. When paired with a specific rangefinder it tells the drone exactly how far above the ground it is. So it measures how fast the drone's pixels are moving over the frame and determines the relative position.