System Configuration
Body structure
Material selection: carbon fiber, aluminum alloy and other lightweight high strength materials
Design optimization: optimize aerodynamic shape and structural strength according to use
Shape and structural strength
Dynamical system
Motor: brushless motor or brushed motor, depending on load and endurance requirements
Electric tuning: control the motor speed, affect flight performance
Propeller: Select size and material according to flight requirements
Energy system
Battery: commonly used lithium polymer battery, capacity and discharge rate should be considered.
Fuel oil: diesel oil and gasoline, with high energy density and good combustion efficiency
Hybrid energy: a combination of fuel and battery
Flight Control system
Master board: The core processor, responsible for flight control.
Sensors: including gyroscope, accelerometer, etc., for attitude and position awareness
GPS module: Provides positioning and navigation functions
Communication system
Remote control: for manual control.
Data transmission module: realize long-distance data transmission
Image transmission module: real-time transmission of images and videos
Mission payload
Cameras: For aerial photography or surveillance
Sensors: infrared, lidar, etc., for specific tasks
Mechanical arm: used to grab or drop items
Software system
Flight control software: control flight attitude and path
Ground station software: for mission planning and monitoring
Data processing software: Analyze sensor and camera data
Security system
Obstacle avoidance system: ultrasonic, infrared and other sensors are used to avoid obstacles
Emergency systems: such as automatic return, parachute, etc
Enclosure and protection
Protective cover: Protect internal components
Waterproof and dustproof: adapt to harsh environment
Additional function
Lighting system: used for night flight or signal indication
Sound module: used for alarm or broadcast
Application Area
  • Urban planning and construction
    It provides accurate data support for urban land use, traffic planning and environmental monitoring.
  • Agricultural sector
    It plays an important role in precision agriculture, land resource survey, crop yield estimation and other agricultural management.
  • Geological and resource survey
    Through the survey and identification of landforms, geological disasters can be warned and evaluated.
  • Environmental protection and monitoring
    Monitor vegetation coverage, water changes and pollutant discharge to provide timely and accurate information for environmental protection.