1. General Introduction

2. Safety Precautions

• Professional Operation Only: Pilots must receive professional training and comply with local UAV flight regulations.
• No Flight in Restricted Areas: Do not fly near airports, military zones, crowds, high-voltage towers, and no-fly zones.
• Weather Limitations: Stop flight in heavy rain, fog, thunderstorm, wind speed above level 6, and extreme low/high temperature.
• Battery Safety: Use official batteries only. Avoid overcharging, over-discharging, extrusion, and high-temperature storage.
• Pre-Flight Inspection Mandatory: Always complete full inspection before every takeoff to avoid component failure and flight crash.
• No Modification: Unauthorized hardware modification or firmware flashing will void warranty and cause safety risks.

3. Product Overview

3.1 Main Components

• Drone airframe and landing gear
• Brushless motors and ESCs
• Flight controller and GPS/RTK positioning module
• Long-distance remote controller
• Intelligent lithium battery pack
• Payload gimbal and sensor interface

3.2 Core Features

• High-precision GPS / RTK positioning system
• Strong wind resistance and stable hovering performance
• Multiple protection: low battery return, obstacle avoidance, fail-safe return-to-home
• Dual-band anti-interference communication system
• Compatible with mapping camera, thermal camera, speaker, and delivery device

4. Pre-Flight Setup & Inspection

4.1 Assembly Check

• Check propeller installation direction and screw tightness
• Confirm arm lock and landing gear fixation
• Check payload mounting stability and interface connection

4.2 Power System Check

• Check battery voltage level and battery health status
• Confirm stable connection between battery and power port
• Check motor rotation smoothness without abnormal noise or jitter

4.3 System Calibration

• Complete horizontal calibration and compass calibration in open area
• Check GPS satellite signal quantity and positioning status
• Confirm remote controller signal link status

5. Flight Operation Instructions

5.1 Basic Flight Steps

1. Power on the remote controller first, then power on the drone
2. Wait for system self-check and satellite positioning completion
3. Unlock the drone and perform low-altitude hovering test
4. Start official mission after stable hovering
5. Return home automatically or manually after mission completion
6. Land slowly and lock the motors

5.2 Flight Mode Introduction

• GPS Mode: Default stable flight mode, suitable for most inspection and mapping missions
• Attitude Mode: Manual attitude control, no positioning lock, for professional emergency operation
• Waypoint Mission Mode: Automatic route flight for fixed-line inspection and large-area mapping
• Return-to-Home Mode: One-key automatic return and landing

6. Daily Maintenance

6.1 After Each Flight

• Clean dust, water droplets and stains on airframe, propellers and gimbal
• Check propeller wear and deformation
• Check battery cycle count and surface damage
• Turn off power in sequence and store equipment properly

6.2 Regular Maintenance

• Regularly check motor shaft clearance and bearing condition
• Update official firmware to ensure system stability
• Calibrate compass and horizontal sensor monthly
• Replace aging propellers and worn parts regularly

6.3 Battery Maintenance

• Store battery at 50%–60% power for long-term storage
• Avoid high-temperature exposure and humid environment
• Do not squeeze, pierce or disassemble the battery

7. Fault Diagnosis & Troubleshooting

8. Warranty Statement

• The product enjoys official warranty under normal use and maintenance.
• Damage caused by unauthorized modification, crash, water immersion, and illegal operation is not covered by warranty.
• Natural wear and consumable parts (propellers, battery) are not included in free warranty scope.
• The company reserves the right of final interpretation for product firmware update and manual content adjustment.

9. Technical Support