V198 HD Aerial Photography GPS Smart Return RC Drone Brushless Foldable Quadcopter, 1 Battery

• Free Flight: Fly forward, backward, left, right, no obstacle avoidance function
• Stable Flight: Features optical flow positioning and altitude hold mode for consistent, stable flight
• Headless Mode: Allows easy flight without needing to adjust the drone's position
• One-Key Return: Easily brings the drone back with a single button press
• HD Camera: Built-in remotely adjustable HD camera captures stunning aerial photos and videos
• WiFi Connectivity: Connects to apps for real-time video transmission and control
• Custom Flight Paths: Draw flight paths on the screen for autonomous navigation
• Anti-Interference Technology: Utilizes 2.4GHz technology to prevent interference
• Versatile Flight Control: Supports four-channel operation for multidirectional flight
• Six-Axis Gyroscope: Ensures smoother flight and easier control

Specifications:

• Product Size: Folded: 16*10*8.5cm, Unfolded: 27*31*10cm
• Material: Plastic, Metal, Electronic Components, Acrylic
• Receiving Frequency: 5G
• Channel Number: 4 Channels
• Appearance: Foldable Drone
• Age Range: 14+
• Drone Battery: 7.4V 3000mAh (Actual 2000mAh)
• Motor Model: 1503 Brushless Motor
• Charging Time: 90 Minutes
• Control Distance: 3000 Meters (Actual 1000 Meters)
• Charging Method: USB Cable Charging
• Control Mode: Left Hand Throttle
• Remote Control Battery: Built-in Rechargeable Lithium Battery (600mAh)
• Speed Modes: Fast/Slow
• Flight Time: 30 Minutes (Actual 20 Minutes)
• Resolution: 8K (Actual 1080P)
• Camera Angle: Electrically Adjustable 90 Degrees
• Return Distance: 1500 Meters (Actual 200 Meters)
• Transmission Signal: WiFi Transmission
• Functions: up/down, forward/backward, left/right turn, sideways flight, LED light, headless mode, one-key return, automatic return at low power, GPS+optical flow positioning, electronically adjustable camera, follow, surround flight, altitude hold mode, WiFi FPV

Note: All data are laboratory data. Real data depends on actual usage scenarios.