V9 Flight Controller for Agriculture Drones​

The V9 Flight Controller is a next-generation UAV control system designed specifically for agricultural applications. Featuring a high-speed processor, industrial-grade sensors, and enhanced stability algorithms, the V9 delivers reliable performance and seamless integration with various drone systems.

Multiple Working Mode

Manual Mode / AB Point Mode / Skyway / Fruit Tree / Point Throw

VK Agriculture APP

Support Chinese, English, Thai, Japanese, Korean, Russian, Portuguese, Spanish, Turkish language display and voice broadcast.

Description:

Experience the cutting-edge technology and unparalleled performance of the V9 Flight Controller, the latest generation flight control product engineered for agricultural drones. This advanced controller combines a high-speed processor and premium sensors to ensure stable, efficient, and durable operation, meeting the rigorous demands of modern agriculture.

Product Advantages:
  1. Industrial-Grade IMU Sensor: The V9 is equipped with an industrial-grade IMU sensor that provides excellent temperature drift suppression, operating effectively in environments ranging from -25ºC to 60ºC.
  2. High-Voltage Compatibility: It supports a maximum power supply of 100V, featuring protection against reverse polarity, ignition, over-voltage, and over-current, ensuring the safety of your drone’s electronics.
  3. Enhanced GNSS Positioning: With improved GNSS performance, the V9 supports GPS, GLONASS, and BEIDOU systems, achieving positioning accuracy of up to 1 meter.
  4. Dual Navigation System: The standard dual GNSS navigation and dual magnetic compass design allow for the expansion of RTK real-time differential positioning systems.
  5. Versatile Pump and Sensor Support: The controller can manage up to 4 pumps, dual flow meters, and dual level meters for versatile agricultural applications.
  6. Advanced Vibration Management: The new shock absorption program and filtering algorithms enhance model adaptability and durability, ensuring smooth operations in various conditions.
  7. Comprehensive Data Recording: With the ability to record flight data up to 50 times, users can easily analyze incidents and optimize performance.
  8. Dual Signal Drive Support: The V9 supports both PWM and CAN signal drive systems, offering reliable anti-interference performance and effective power data recording.
Technical Specifications:
  • Dimensions:
    • FMU: 73mm x 46mm x 18.5mm
    • PMU: 88mm x 44mm x 15.5mm
  • Weight:
    • FMU: 65g
    • PMU: 80g
  • Power Supply Range: 16V – 100V (4S – 24S)
  • Operating Temperature: -25ºC to 60ºC
  • Hovering Accuracy:
    • Dual GNSS: Horizontal ±1m; Vertical ±0.5m
    • RTK: Horizontal ±0.1m; Vertical ±0.1m
  • Wind Resistance Rating: ≤6 levels
  • Maximum Lifting Speed: ±3m/s
  • Maximum Horizontal Speed: 10m/s
  • Maximum Attitude Angle: 18°
  • Course Pressure Line Accuracy: ≤50cm
  • Spraying System Interface: 4-way pump output, dual flow meter monitoring, dual level meter monitoring
  • Type of Drone: Sprayers, Foggers, Seeders, Throwers, Strip-tillers
VK Agriculture App:

Enhance your drone control and monitoring experience with the VK Agriculture App, supporting multiple languages including Chinese, English, Thai, Japanese, Korean, Russian, Portuguese, Spanish, and Turkish. The app features an intuitive interface and voice broadcast capabilities for user-friendly operation.

Frequently Asked Questions

What is the operating temperature range for the V9 Flight Controller?

The V9 Flight Controller operates effectively in temperatures ranging from -25ºC to 60ºC.

The V9 Flight Controller offers a positioning accuracy of up to 1 meter when utilizing GPS, GLONASS, and BEIDOU systems. In RTK mode, the accuracy improves to ±0.1m.

The V9 Flight Controller supports a maximum power supply of 100V (4S-24S).

Yes, the V9 can support up to 4 water pumps, dual flow meters, and dual level meters for enhanced functionality.

The V9 Flight Controller can record data for up to 50 flights, allowing for detailed performance tracking and accident analysis.