FLIGHT CONTROLLER – HCR-565
The Edge Flight Controller – HCR-565 represents the cutting edge of UAV intelligence — a fusion of miniaturized engineering, advanced flight algorithms, and military-grade reliability. Weighing just 9.41g, this compact marvel delivers performance that rivals full-sized systems. Built from 16+ years of HC Robotics’ flight control expertise, every unit is tested, validated, and optimized for seamless mission performance across air, land, and sea platforms.Â
Highlights:
- Ultra-lightweight 9g design delivers high-performance flight control.
- Defense-grade architecture ensures reliable operation in demanding, harsh and challenging environments.
- FD-CAN and Ethernet connectivity enable secure, high-speed communication and data transfer.
- Plug-and-play system simplifies installation and delivers seamless system integration.
- Compatible with UAV, UGV, and maritime platforms offering an array of versatile cross platform deployment.
- Supports AI algorithms based autonomy and future-ready mission capabilities.
- Compact design with enterprise-grade performance for next-generation applications.
Features:
- STM32H753 Cortex-M7 processor delivers high-speed computing for advanced flight control.Â
- Dual-redundant IMUs provide precise navigation and enhanced operational safety.
- Wide 3V–36V input range supports flexible power configurations.
- High-speed Ethernet enables real-time data transfer and payload communication.
- FD-CAN support ensures reliable multi-sensor and dual-GPS connectivity.
- Multiple interfaces support seamless integration with various peripherals and systems.
- 2GB onboard storage enables comprehensive flight data logging and analysis.
- Compatible with all current leading flight control ecosystems and firmwares.
- Optimized for multirotor, VTOL, fixed-wing, rover, boat, and unmanned ground vehicles.
Highlights:
- Increase your Indigenous Content (IC)
- Local sales, support, and repairs
- Low cost yet with global standards
- Built on 16+ years of experience in flight controller technology
- 20+ years of experience in electronics and signal processing
- Rigorous testing: Extensive pre-delivery validation
Features:
- Advanced Dual-Band GNSS Technology
- High Satellite Tracking Capacity
- High-end magnetometer for navigation accuracy
- Rugged and ready-to-go design for extreme durability
- Optimized signal path for maximizing signal-to-noise ratio
- Precise triggering of cameras using the timing pulse for synchronized operations
- Rapid satellite fix with battery-backed Almanac ensuring faster satellite acquisition times
- Powerful microcontroller for adaptive real-time operations
- Ardupilot AP-Periph Firmware Ensures seamless operation, bug fixes, and compatibility with updates
Specifications:
- U-blox 10th Generation dual-band GNSS Module (NEO-F10N) with support for L1 and L5 signals
- Position accuracy up to 1m CEP
- Navigation Update Rate up to 10Hz
- CAN, USB (GPS only), PPS IO Connectors
- DroneCAN up to 8Mbit/s on FDCAN-enabled devices
Experience the future of precision navigation with the HCR-523 GNSS NavIC with Compass
- Proprietary dual-band multipath mitigation ensures meter-level accuracy, even in challenging urban environments
- Tracks up to 20 satellites, including NavIC (IRNSS) constellations for superior positioning accuracy
- Features the industry-leading PNI RM-3100 geomagnetic sensor for high gain, rapid sampling rates, and zero hysteresis
- Exposes USB connection and precise timing pulse (PPS)
- Special attention to the routing from antenna to chip for impedance matching
- Rough-terrain durability with integrated dust and water resistance
- Undergoes extensive post-production testing to ensure reliability right out of the box
- Equipped with the STM32G4 microcontroller for adaptive real-time operations and high-speed embedded memories
Specifications:
| Model Number | FC-565B |
|---|---|
| Main Processor | STM32H753 ARM ® Cortex®-M7 480Mhz |
| RAMÂ | 1MBÂ |
| Flash | 2MB |
| Logging Flash | 2Gb |
| Sensors | Dual 3-axis Accelerometers |
| Connectors | JST-GH; USB-C; Bottom facing 4 × PWM/Power Header |
| Interface and Protocol | 2 × High-speed FD-CAN ports (up to 8 Mbit/s)  1 x 100Mb Ethernet  5 × UART ports 2 with full hardware flow control (RTS/CTS)  1 × USB interface for configuration and firmware update  1 × SPI interface (SCK, MOSI, MISO, CS) for external sensors  1 × I2C bus (SCL, SDA) for peripheral expansion  8 × PWM outputs for motor or servo control  1 x S.Bus output  3 × GPIO / ADC pins for general-purpose control or triggering  2 × Power inputs (3 V – 36 V) with onboard 5 V regulated outputs (500 mA) |
| LED | Status, mode, and power indicators |
| Power | Input: 3V DC to 36V DC; Output: 5V DC |
| Weight | 9 g (With enclosure – 23.6g) |
| Dimensions | 38.2 X 38.2 X 13.7 mm |
| Operating Temperature | -40°C to 85°C |
| Enclosure | Aluminium case |
| Supported firmware | Ardupilot, PX4 |
| Typical Vehicles | Multirotor; Rover; Fixed wing; VTOL; Boats and general robots |
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