Flight Control Card

This advanced flight control card is engineered for next-generation UAVs requiring ultra-fast processing, precise sensor integration, and robust expandability — all within a compact footprint. Built around the powerful STM32H743 microcontroller, it delivers exceptional computational performance for real-time control, stabilization, and navigation.

Specifications
  • High-Speed Control Loop Execution Powered by the STM32H743 MCU (480 MHz), enabling ultra-fast and deterministic flight control algorithms for maximum responsiveness and stability.
  • Precision Navigation Sensors Integrated ICM42688 IMU (6-axis gyro + accelerometer) and MS5611 barometric pressure sensor ensure high-fidelity attitude and altitude measurements, essential for GPS-denied environments.
  • Integrated OSD (On-Screen Display) Inbuilt OSD chip allows real-time telemetry overlay on FPV feeds, providing pilots with critical flight data without the need for additional hardware.
  • Versatile Motor Output Support Supports up to 8 motor outputs, compatible with multirotor, fixed-wing, and hybrid UAV platforms.
  • Extensive Peripheral Connectivity
  • 5x UART ports for GPS, telemetry, receiver, or other serial peripherals
  • 2x I²C buses for sensors and external modules
  • High-Speed Data Logging MicroSD card slot for blackbox logging at high data rates — ideal for tuning, diagnostics, and autonomous development.
  • USB Type-C Interface Modern, durable connector for convenient programming, configuration, and firmware updates.
  • Compact and Lightweight Only 36×36 mm, ideal for space-constrained designs without compromising on performance.

Frames

This high-performance 5-inch class drone frame is engineered for durability, precision, and versatility. Designed with a True X-configuration, it offers balanced flight characteristics ideal for both freestyle and racing applications.

Specifications
Key Specifications

Crafted using high-strength carbon fiber sheets and AL7075 aluminum, the frame ensures exceptional rigidity and impact resistance while maintaining a lightweight profile.

  • Frame Size: 5-inch class
  • Dry Frame Weight: 108 grams
  • Motor Mount Compatibility: 16x16mm and 19x19mm patterns
  • Propeller Support: Up to 5.1 inches
  • True X-layout for symmetrical flight performance
  • Lightweight and robust construction using aerospace-grade materials
  • Designed to accommodate a wide range of motors and propeller sizes for custom builds

Propellers

This high-performance 5-inch class drone frame is engineered for durability, precision, and versatility. Designed with a True X-configuration, it offers balanced flight characteristics ideal for both freestyle and racing applications.

Specifications
Key Specifications

Model: 1045 CW/CCW

  • Diameter: 10 inches
  • Pitch: 4.5 inches
  • Material: Glass-filled nylon
  • Rotation: Clockwise (CW) and Counter-Clockwise (CCW)

Model: 5045 CW/CCW

  • Diameter: 5 inches
  • Pitch: 4.5 inches
  • Material: Glass-filled nylon
  • Rotation: Clockwise (CW) and Counter-Clockwise (CCW)
  • Precision Molded for consistent aerodynamic performance
  • Glass-Filled Nylon Construction ensures high rigidity and durability
  • Balanced Design reduces vibration for smoother flight
  • Available in CW and CCW to suit all quadcopter configurations

Swarm – GCS

This cutting-edge Drone Swarm Management System enables seamless coordination and control of 5 to 100+ drones in real-time. Designed for mission-critical operations, it provides robust communication, autonomous control, and intelligent mission planning, making it ideal for defense, industrial, agricultural, and research applications.

Key Specifications
  • Swarm Management: Supports simultaneous operation of 5 to 100+ drones with centralized or distributed mission control.
  • Communication Compatibility
  • Telemetry Radios: 2.4GHz / 900MHz
  • Network Options: Wi-Fi, LTE, and Mesh networks for flexible deployment
  • Mission Planning Tools
  • Waypoint Navigation for precise routing
  • Geofencing to define operational boundaries
  • No-Fly Zone Enforcement for regulatory compliance
  • Autonomous Flight Capabilities: Each drone can independently execute launch, hover, and return-to-home functions with minimal operator input.
  • Real-Time Telemetry: Live monitoring of essential flight parameters including:
  • Battery status
  • GPS coordinates
  • Orientation
  • Speed
  • Signal strength