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Product Introduction

WPC Drone - 6Kg-Class UAV Platform is a high-performance flight platform designed for research, education, and professional applications.

It uses a self-developed high-efficiency flight control algorithm with a response time as fast as 2.5 ms, providing excellent wind resistance, maintaining stable flight even in level 7 gusts. With a high-speed Attitude and Heading Reference System (AHRS), overall control is faster and vibration resistance is better, ensuring high stability and reliability for flight missions.

WPC Drone

Key Technical Features​

Precise Positioning and Navigation​

  • Centimeter-level Positioning: Equipped with optical flow positioning combined with GPS (expandable to RTK), achieving precise X and Y axis hovering capabilities.
  • Altitude Control: Equipped with ToF laser rangefinder and barometer, providing precise Z-axis altitude control, adapting to complex terrain and indoor/outdoor environments.

Openness and Expandability​

  • Edge Computing Integration: Supports NVIDIA Jetson Nano mission computer, easily importing AI visual recognition and edge computing applications.
  • API Support: Provides complete LabVIEW and Python APIs, and opens the UART communication protocol, allowing developers to quickly perform autonomous navigation control, path planning, or customized payload integration.

Professional Services and Support (Services)​

WPC Systems not only provides hardware platforms but is also committed to being your strongest technical backing:

  • Made in Taiwan, Local Maintenance Guaranteed

    • Designed and manufactured in Taiwan (Made in Taiwan).
    • Provides local fast repair services, eliminating the long wait and high cost of overseas repairs.

  • Dedicated Maintenance of Flight Control and Fusion Algorithms, Continuous Upgrades

    • A professional team continuously optimizes the flight control core and sensor fusion algorithms.
    • Regularly releases firmware updates to ensure continuous access to the latest functions and performance improvements.

  • Years of System Integration Experience, Drone Integration Applications Worry-Free

    • Extensive experience in electromechanical integration and software development.
    • Provides professional consultation to assist you in solving integration challenges such as sensor mounting, data transmission, and mission logic.

  • Detailed Operation Manuals and Technical Documents

    • Provides complete and well-structured operation manuals and development documents.
    • Includes complete example code from unboxing and flight operation to API development, significantly lowering the learning threshold.

System Architecture and Connection Interfaces​

Connection Diagram between Mission Computer and Flight Controller​

Transmission of instructions and status reporting with high bandwidth and low latency via UART interface.

mission computer and flight controller

Communication Architecture between Ground Station and Drone​

Supports multiple communication links such as WiFi and telemetry radio, achieving remote monitoring and real-time parameter adjustment.

ground station and flight controller