RadioLink PIX6 - Open-source Flight Controller for All Models
Supports APM and PX4 Firmware and Parameter Encryption
Reshaping New Productive Forces
- Compatible with the Open-source Ecosystem
- Vibration Damping by Software and Mechanical
- 16 Channels Output
- Dual-Gyros Built-in
- HD Digital and Analog Video Transmission Supported
- OSD Module Integrated
- Cost-effective Solution
- Two-way DShot Supported
- ESC Information Telemetry Supported
- Comprehensive Interfaces
Compatible with the ArduPilot Open-source Ecosystem - Multiple Mission Planner Supported
Firmware can be updated in Radiolink, ArduPilot, and QGC Mission Planner. And, supports all Mission Planners in setting parameters. Compatible with the firmware of ArduPilot.
The source code of RadioLink PIX6 can be downloaded by clicking the link below:
https://github.com/ArduPilot/ardupilot/tree/master/libraries/AP_HAL_ChibiOS/hwdef/RadiolinkPIX6
Vibration Damping by Software and Mechanical - Achieve Higher Positioning Accurately At High-Speed
Based on the unique software vibration damping algorithm of Radiolink’s PIXHAWK and Mini Pix, mechanical vibration damping technology is added to effectively filter out high-frequency vibrations, always guarantee the accuracy of sensor data, and ensure that PIX6 achieves more accurate positioning even in high-speed mode. The helicopter can accurately lock the tail and fly stably even without installing the vibration reduction bracket.
Dual-Gyros Built-in
Built-in BMI088 and ICM42688-P dual gyroscopes. When the main gyroscope is abnormal, it will switch automatically to the secondary gyroscope, providing stronger safety protection for UAVs.
16 Channels Output
Adaptable to the dual-copter, tri-copter, quadcopter, hexacopter, octocopter, Y6 copter, X8 copter, helicopters, airplanes, VTOL fixed-wing, cars, boats, submarines, radar trackers, mowers, agricultural vehicles, etc.
OSD Module Integrated - Real-time Gesture Visualization Display
The PIX6 can graphically display OSD information such as the flight direction and position of the aircraft in real-time without the need for an external OSD module. The pilot can intuitively grasp the status and coordinates* of the aircraft at any time during the first-view (FPV) flight of aircraft such as racing drones and long-distance fixed-wing aircraft. Achieve a more comfortable flying experience.
*Real-time display of flight information such as flight mode, distance, GPS stars, longitude and latitude, vertical speed, magnetic deviation, current time, battery voltage, current, wind speed, return route, exact route, vibration status, direction, etc.
Rich parameters display and thoughtful setup make the safer flight.
Secondary Development Support
Functions can be customized according to project requirements.
*The source code of RadioLink PIX6 can be downloaded by clicking the link below:
https://github.com/ArduPilot/ardupilot/tree/master/libraries/AP_HAL_ChibiOS/hwdef/RadiolinkPIX6
Unique Automation Software Testing System - Quality Assurance
The same Automation Software Testing System as PIXHAWK and Mini Pix helps realize test automation from the sensor to connection ports and interface. The test efficiency and quality assurance are far superior to traditional manual tests, ensuring the quality of every function of every PIX6.
Cost-effective Solution - Unlimited Application Potential
The PIX6 works with Radiolink's latest multi-star multi-frequency centimeter-level accuracy RTK positioning system (including RTK GPS, base station, air system ground system, etc.), and is equipped with Radiolink's automatic driving control system that can realize the automatic driving of agricultural plant protection vehicles with four wheels turning 90 degrees on the spot and moving sideways, execute missions programmed automatically, designed for the agricultural vehicles has achieved the ideal operation effect and solve the industry problem of agricultural vehicles will pressing seedlings when changing lines. Help build a new form of smart agriculture.
Dual GPS Support
The PIX6 supports an external dual GPS connection, ensuring stronger anti-interference capabilities, higher accuracy, and greater security.
Auto Flight by Following the Waypoints
216MHz basic frequency memory, 2MB flash memory, 512K RAM, and 32KB FRAM. Dataflash Log can be checked makes all operations can be traced. 718 waypoints can be stored up if used for the multi-copters, and 724 waypoints can be stored up if used for airplanes, cars, and boats which means it can be used in multiple industries such as aerial land surveying, hydrographic surveying, autonomous search, rescue, material delivery, agricultural vehicle, and in unmanned aerial vehicle navigation.
- 216MHz Basic Frequency Memory
- 2MB Flash Memory
- 512K RAM
- 32KB FRAM
https://www.radiolink.com/newsinfo/475989.html
Automatic Return, GeoFence - Worry-free from Long-range Voyage
Support automatic return by switching, automatic return when the signal is lost or voltage is lower than settings. Geofence settings according to the drone management regulations promulgated by the country. It can fly within the prescribed flight airspace and fly law-abidingly.
HD Digital and Analog Video Transmission Support
It supports analog image transmission plug-and-play. The high-definition digital image transmission DJI DIGITAL FPV SYSTEM, DJI O3 Air Unit, or Caddx Walksnail Avatar HD System can be connected through the adapter board DiViT to easily obtain 720p/120fps high-definition and smooth video experience.
Power Module* with Wide Voltage Input
The power module that comes with the flight controller with a wide voltage input range of 2-12S (7.4-50.4V), a maximum detection current of 90A (single ESC maximum detection current is 22.5A), a BEC output voltage of 5.3±0.2V, and a BEC output current of 2A.
PIX6 Specifications:
- Main Processor: STM32F765VIT6
- Coprocessor: STM32F100
- Gyro & Accelerometer: BMI088, ICM-42688
- E-compass: IST8310
- Barometer: SPA06-003
- RAM Memory: 512 KB
- Flash Memory: 2MB
- FRAM: 32KB, FM25V02A
- Connectors: Channel Output: 16 Channels Output (Main Outputs: 8 channel; Auxiliary Outputs: 8 channel)
- Connectors: POWER 1 & 2 Port: HY-6P; DSM RC Port: XH1.25-3P; Debug Port: 1.0-8P; Other Port: GH1.25
- CAN Port: 2
- DSM RC: 1
- Mavlink USART: 2 (with RTS/CTS)
- ADC: 1x 3.3V & 1x 6.6V
- OSD: 1
- GPS: 2 (GPS1：USART；GPS2：UART)
- Buzzer: 1
- Safety Switch: 1
- I2C Port: 1
- SPI Port: 1
- USB Port: 1
- POWER Port: 2
- Power1: voltage and current monitor inputs (Analog)
- Power2: SMBUS/I2C Power Module Inputs (I2C)
- Type-C Port: 1
- SD Card Port: 1
- FMU Reset: 1
- Debug Port: 1
- I/O Reset Button: 1
- Signal: PPM/SBUS/CRSF
- Video Transmission: HD Digital and Analog Video Transmission Supported
- RSSI Signal Input: PWM/3.3V
- RSSI Signal Output: Supported
- OSD Module: Supported, OSD Module Integrated
- ESC Protocol: PWM/OneShot/DShot
- Neopix Led Connection: Supported
- Gripper Function: Supported
- RTK: Supported
- Adaptable Firmware: Ardupilot
- Adaptable Model types: Airplane, 2-8 Copters, Helicopter, VTOL, Car, Boat, Submarine, Radartracker, Robot, Mower
- Size: 95.5x51.5x15mm
- Weight: 50g without wires
- USB Voltage: 5V±0.3V
- Operating Temperature: -30~85℃
- Weight: 24.5g without wire
- Input Voltage: 2-12S
- Maximum Detection Current: 90A
- Output Voltage (BEC): 5.3V±0.2V
- Output Current (BEC): 2A
- Single ESC Maximum Detection Current: 22.5A
