Complete Series of Flight Control Systems

Shining Flight Control supports the control of all types of UAVs, including:

  • Fixed-wing drones
  • Multi-rotor drones
  • Tethered multi-rotor drones
  • Tilt-rotor drones
  • Unmanned helicopters
  • Autogyros
  • Vertical take-off and landing (VTOL) composite wing drones
  • Vertical take-off and landing (VTOL) tilt-rotor drones
  • Vertical take-off and landing (VTOL) tail-sitter drones
  • Various high-speed aircraft launched from land, sea, or air

Shining Flight Control systems are designed for various operational environments, such as outdoor, indoor, over water, in mountainous regions, between urban buildings, and in unknown tunnels or mine shafts.We provide autonomous flight control for all UAV types, including ground control stations and onboard flight control systems. The ground control station consists of human-machine interaction software, ground base stations, and communication modules. The onboard flight control system includes autonomous navigation modules, autonomous control modules, and communication modules.


Autopilot - MiniMode

The MiniMode Autopilot is a compact, high-performance flight control system designed for small UAVs. It offers precise navigation, stability, and autonomous control, ensuring reliable performance in a wide range of environments. Perfect for applications that require a lightweight yet powerful solution, MiniMode delivers seamless integration and exceptional ease of use for both commercial and research-based UAV operations.


Key Features

    • PWM Outputs: 10 channels (5V) PWM output, supporting frequencies of 50Hz, 100Hz, and 300Hz for controlling servos, motors, and other components.
    • Serial Communication: 3 x RS232 serial ports, enabling efficient communication with remote controllers, sensors, and other flight control systems.
    • CAN Bus: 2 x CAN2.0 A/B interfaces, offering high-bandwidth, low-latency data transmission for multiple sensors or multi-drone coordination.
    • SBus Interface: 1 x SBus interface, compatible with most remote controllers and ground control stations for stable flight control.
    • Voltage Input: 1 x voltage input (0 ~ 120V), compatible with a variety of battery systems and power sources.
    • RPM Input: 1 x RPM input (3.3 ~ 5V) for real-time monitoring of motor speeds and ensuring precise control.
    • IO Input: 1 x IO input (3.3 ~ 5V), suitable for connecting external sensors or switches to enhance autonomous operations.

Size and Weight

    • Dimensions: 53 x 60 x 20 mm
    • Weight: 66g – lightweight and ideal for compact UAVs.

Power Requirements

    • Operating Voltage: DC 11 ~ 36V, supporting various battery configurations for stable flight performance.

Interface

    • J30J-31TJL Interface, providing seamless integration with other UAV systems and making upgrades and development easy.

Environmental Range

    • Operating Temperature: -40 ~ 65°C, capable of withstanding extreme weather conditions and high-altitude environments for reliable operation.

Applications

The Mini-Mode Autopilot is designed for a variety of UAV applications, including agricultural monitoring, surveying, aerial photography, and search & rescue operations. With its robust performance, low power consumption, and strong expandability, it is the ideal solution for building and operating modern UAV systems.


Standard-Mode Autopilot for UAVs

Overview

The Standard-Mode Autopilot is an advanced, high-performance flight control system designed for UAVs that demand high reliability, precision, and flexibility. With redundant IMUs, GNSS, RTK capabilities, and a wide range of communication interfaces, this autopilot is ideal for both professional and industrial UAV applications where accuracy, redundancy, and fault tolerance are critical.


Key Features

  • Redundant IMU: Dual IMUs provide redundancy, ensuring continued flight control in case of a failure, improving system reliability and safety.
  • Redundant GNSS: Dual GNSS systems for enhanced positioning accuracy and improved fault tolerance, reducing the risk of GPS signal loss.
  • RTK & GNSS Heading: Real-Time Kinematic (RTK) positioning support for centimeter-level accuracy, paired with GNSS heading to ensure precise orientation for mission-critical applications.
  • PWM Outputs: 16 x PWM channels (5V) with frequencies of 50Hz, 100Hz, and 300Hz, providing extensive control options for servos, motors, and other UAV components.
  • Serial Ports: 6 x RS232 serial ports for seamless communication with remote controllers, payloads, sensors, and other UAV subsystems.
  • CAN Bus: 2 x CAN2.0 A/B interfaces enable high-speed data transmission for multi-sensor integration and multi-vehicle operations.
  • SBus Interface: 1 x SBus interface for easy integration with remote controllers and ground control stations.
  • Voltage Inputs:
    • 2 x (0 ~ 120V) and 1 x (0 ~ 80V) voltage inputs to support a variety of battery configurations and power systems.
  • RPM Inputs: 2 x RPM inputs (3.3 ~ 5V) for real-time motor speed monitoring and feedback, ensuring optimal control and efficiency.
  • IO Inputs: 2 x IO inputs (3.3 ~ 5V) for connecting external sensors, switches, or other devices to enhance the UAV’s functionality.

Size and Weight

    • Dimensions: 105 x 78 x 38 mm
    • Weight: 240g – designed to fit into larger UAV platforms with a higher payload capacity.

Power Requirements

    • Operating Voltage: DC 11 ~ 36V, ensuring compatibility with a wide range of UAV battery systems.

Interface

    • J30J-31TJL Interface for simple integration with other UAV components and sensors, facilitating quick setup and operation.

Environmental Range

    • Operating Temperature: -40 ~ 65°C, ensuring reliable operation even in harsh environmental conditions.

Applications

The Standard-Mode Autopilot is designed for professional-grade UAVs in industries such as high-precision surveying, aerial mapping, agricultural monitoring, infrastructure inspection, and search & rescue. With its redundant systems, RTK capabilities, and extensive range of interfaces, this autopilot ensures accurate, reliable, and safe operations in a variety of demanding applications.



Pro-Mode Autopilot for UAVs

Overview

The Pro-Mode Autopilot is a top-tier, high-performance flight control system designed for the most demanding UAV applications. With advanced features like redundant IMUs, dual GNSS systems, RTK positioning, and GNSS heading, it ensures the highest levels of reliability, precision, and performance. Ideal for industrial, commercial, and military-grade UAVs, this autopilot guarantees optimal operation in complex, mission-critical environments.


Key Features

  • Redundant IMU: Dual IMUs provide redundancy, ensuring continuous and stable flight control in case of IMU failure, significantly enhancing safety and reliability.
  • Redundant GNSS: Dual GNSS systems provide superior positioning accuracy and improved fault tolerance, reducing the risk of GPS signal loss or interference.
  • RTK & GNSS Heading: Integrated RTK (Real-Time Kinematic) positioning offers centimeter-level accuracy, while GNSS heading ensures precise orientation, perfect for high-precision navigation and complex flight operations.
  • PWM Outputs: 8 x PWM channels (5V), supporting frequencies of 50Hz, 100Hz, and 300Hz, providing versatile control for servos, motors, and other UAV components.
  • Serial Ports: 10 x RS232/RS422 serial ports offer extensive connectivity for communication with remote controllers, sensors, payloads, and other UAV systems.
  • CAN Bus: 5 x CAN2.0 A/B interfaces for high-speed data transmission, enabling integration with multiple sensors, payloads, and UAV systems for enhanced functionality and performance.
  • SBus Interface: 1 x SBus interface for easy integration with remote controllers and ground control stations, ensuring smooth control and communication.
  • Voltage Inputs: 3 x (0 ~ 120V) voltage inputs, providing flexibility to connect different battery systems and power sources.
  • RPM Inputs: 2 x RPM inputs (3.3 ~ 5V) for real-time motor speed monitoring, ensuring precise control and performance optimization.
  • IO Inputs: 2 x IO inputs (3.3 ~ 5V) for connecting external sensors, switches, or devices, expanding the system's capabilities.

Size and Weight

  • Dimensions: 130 x 90 x 40 mm
  • Weight: 350g – designed for use in high-payload UAV platforms.

Power Requirements

  • Operating Voltage: 2 x DC 11 ~ 36V inputs, providing compatibility with a wide range of battery systems and power configurations for extended flight time.

Interface

  • J30J-66TJL and J30J-15TJL Interfaces for seamless integration with a variety of UAV components, sensors, and systems, simplifying installation and operation.

Environmental Range

  • Operating Temperature: -40 ~ 65°C, designed to perform reliably in extreme environmental conditions, including high and low temperatures, and harsh weather.

Applications

The Pro-Mode Autopilot is perfect for professional-grade UAVs used in advanced applications such as military operations, precision agriculture, surveying, infrastructure inspection, and search & rescue missions. Its extensive redundancy, RTK capabilities, and wide range of connectivity options make it the ideal solution for mission-critical operations that demand the highest levels of performance, reliability, and safety.


Pro-Max Mode Autopilot for UAVs

Overview

The Pro-Max Mode Autopilot is a high-end, ultra-reliable flight control system designed for the most complex and mission-critical UAV applications. With advanced redundancy features, RTK and GNSS heading, CANFD interfaces, and comprehensive communication options, it provides exceptional performance, precision, and flexibility. This autopilot is ideal for industrial, military, and commercial UAVs, ensuring reliable operation even in the harshest conditions.


Key Features

  • Redundant IMU: Dual IMUs ensure continued flight control and stability, even in the event of an IMU failure, enhancing the reliability and safety of the UAV.
  • Redundant GNSS: Dual GNSS systems provide enhanced positioning accuracy and redundancy, reducing the risk of GPS signal loss and interference.
  • RTK & GNSS Heading: RTK (Real-Time Kinematic) positioning offers centimeter-level accuracy, while GNSS heading ensures precise orientation for high-precision navigation and complex flight operations.
  • PWM Outputs: 12 x PWM channels (5V), with frequencies of 50Hz, 100Hz, and 300Hz, offering flexible control for servos, motors, and other critical UAV components.
  • Serial Ports: 13 x RS232/RS422 serial ports, enabling extensive connectivity for communication with remote controllers, payloads, sensors, and other UAV systems.
  • CAN Bus: 2 x CANFD and 2 x CAN2.0 A/B interfaces for high-speed data transmission. CANFD (Flexible Data-rate) allows higher data transfer rates, supporting more complex payloads and sensors.
  • Ethernet Interface: 1 x 1000M Ethernet port, providing high-speed communication for real-time data exchange, ideal for high-bandwidth applications.
  • Analog Inputs: 6 x 16-bit analog inputs (0 ~ 120V), allowing for detailed monitoring of sensor data or external systems.
  • Analog Outputs: 4 x DI Isolated analog outputs with 28VDC/OPEN and GND/OPEN configurations for controlling external devices with isolated output requirements.
  • Digital Outputs: 4 x DO Isolated outputs (28VDC/OPEN, GND/OPEN) for controlling external devices with isolated input/output needs.
  • SBus Interface: 1 x SBus interface for easy integration with remote controllers and ground control stations, ensuring reliable communication.
  • Voltage Inputs: 3 x (0 ~ 120V) voltage inputs for connecting multiple power sources, enhancing flexibility and compatibility with a wide range of power systems.
  • RPM Inputs: 2 x RPM inputs (3.3 ~ 5V) for precise monitoring of motor speed, optimizing flight performance.
  • IO Inputs: 2 x IO inputs (3.3 ~ 5V) for integrating external sensors, switches, or devices into the UAV system.

Size and Weight

  • Dimensions: 163 x 132 x 70 mm
  • Weight: 1500g – larger and heavier, designed for high-payload UAVs requiring robust performance and integration.

Power Requirements

  • Operating Voltage: 2 x Isolated DC 12 ~ 36V inputs, allowing for flexible power options and ensuring operational stability across a variety of battery configurations.

Interface

  • J30J-66TJL, J30J-31TJL, J30J-15TJL Interfaces for easy integration with other UAV components and systems, facilitating smooth installation and communication.

Environmental Range

  • Operating Temperature: -40 ~ 65°C, providing reliable performance even in extreme weather and temperature conditions.

Applications

The Pro-Max Mode Autopilot is engineered for high-performance UAVs used in demanding industrial, military, and commercial applications, including:

  • Precision surveying and mapping
  • Infrastructure inspection
  • Search & rescue missions
  • Military reconnaissance
  • Advanced agricultural monitoring

With its wide range of features, including advanced communication interfaces (CANFD, Ethernet), analog outputs, and RTK capabilities, the Pro-Max Mode Autopilot delivers exceptional performance, reliability, and flexibility, making it ideal for mission-critical operations.