The FlySpark PilotCore-X7+ Premier Autopilot Flight Controller is a professional UAV flight control system designed for fixed-wing drones, VTOL aircraft, multirotor platforms, mapping UAVs, agriculture drones, research aircraft, and advanced autonomous aerial systems.

Built around a high-performance STM32H743 processor, the PilotCore-X7+ provides fast real-time processing for complex UAV flight control tasks. Its advanced sensor architecture includes triple IMU sensors, dual barometers, and an automotive-grade RM3100 compass for improved flight data reliability and navigation stability.

The controller features IMU heating and temperature regulation to improve sensor performance in changing field conditions. Its CORE standalone architecture and modular design allow flexible integration for UAV manufacturers, drone integrators, and advanced developers who need a powerful autopilot platform for custom aircraft builds.

With support for multiple communication interfaces, CAN Bus, GPS ports, I2C, RC inputs, 14 PWM outputs, and dedicated power management options, the FlySpark PilotCore-X7+ is suitable for professional UAV platforms requiring stable autonomous control, reliable sensor performance, and expandable integration.

Key Features:

• Premium UAV autopilot flight controller for PX4 and ArduPilot platforms
• High-performance STM32H743 processor
• Advanced H7 processing unit for fast flight control response
• Triple IMU sensor redundancy for reliable flight data
• Dual MS5611 barometers for altitude sensing redundancy
• Automotive-grade RM3100 compass for precise navigation support
• IMU heating for improved sensor stability
• Temperature regulation for better operating consistency
• Modular CORE architecture for flexible carrier board integration
• High-speed USB_HS support for faster log download workflow
• Specialized UAVCAN battery port for dedicated power management
• Enhanced DSHOT output support
• 14 PWM outputs for flexible aircraft control setup
• Over-current protection for 5V peripheral and high-power circuits
• Suitable for fixed-wing, VTOL, multirotor, mapping, and industrial UAV platforms

Specifications:

Product Type: UAV Autopilot Flight Controller
Brand: FlySpark
Model Name: PilotCore-X7+
Core Processor: STM32H743
Architecture: Advanced CORE standalone autopilot architecture
Compatible Firmware: PX4 and ArduPilot / APM-compatible firmware
IMU Sensors: ICM-20689, ICM-20649, BMI088 accelerometers / gyroscopes
Compass: Automotive-grade RM3100 magnetometer
Barometer: Dual MS5611 barometers
PWM Outputs: 14 PWM outputs
RC Inputs: Multiple RC input support
Communication Interfaces: CAN Bus, I2C, GPS ports, serial ports, USB
GPS Ports: 2 GPS ports
I2C Buses: 4 I2C buses
Power Ports: 2 power ports
USB Support: High-speed USB_HS
Temperature Control: IMU heating and temperature regulation
Protection: Over-current protection on 5V peripheral and high-power circuits
Over-Current Limit: 2.5A
Operating Temperature: -20°C to +80°C
Weight: Approx. 101g
Listed Package Weight: Approx. 0.5kg
Supported Platforms: Fixed-wing UAVs, VTOL UAVs, multirotor drones, mapping drones, industrial UAV systems

Package Includes:

• FlySpark PilotCore-X7+ Premier Autopilot Flight Controller
• CAN PMU Lite Power Module
• CAN Extension Board
• 16GB Memory Card
• Assorted connection cables and integration modules

Applications:

• Fixed-wing UAV autopilot systems
• VTOL drone flight control
• Multirotor UAV control
• Survey and mapping drones
• Agriculture UAV platforms
• Infrastructure inspection drones
• Industrial monitoring UAVs
• Research and development aircraft
• Autonomous flight projects
• PX4 and ArduPilot-based drone systems
• Professional UAV integration projects

The FlySpark PilotCore-X7+ is suitable for UAV manufacturers, drone integrators, mapping teams, research labs, agriculture drone builders, and professional operators who need a premium autopilot flight controller for reliable autonomous drone platforms.

Note:
When using PX4 firmware, only 8 PWM channels are operational according to the supplier page. The remaining 6 PWM channels may depend on firmware adaptation and compatibility.