Key Features
- check_circle STM32H7 480 MHz
- check_circle 24/7 After-Sales Support
- check_circle High Stability
- check_circle Custom Built Firmware
- check_circle -40°C to +85°C
For bulk orders or B2B inquiries, email us: kitronix240@gmail.com
SKU: 31387
- Type: Advanced autopilot system.
- Processor: STM32H7 @ 480 MHz (ARM Cortex-M7).
- Connectivity: 2 x GPS, 3 x telemetry, 2 x CAN, 1 x I²C port
- Dimensions: 63 × 48 × 18 mm.
- PWM Outputs: 14 channels for versatile UAV setups
- IMU Sensor: ICM-42688 + BMI088, Dual-Redundant for stable, precise sensingy.
- Weight: 42g – compact and lightweight.
What's Included
- memory Kite H7 main board with pre-installed firmware
- cable JST-GH connectors and power cables
- description Quick start guide and technical manual
Overview
The Kite H7 is a high-performance flight controller engineered for both hobbyists and professional UAV builders. Built on the powerful STM32H7 processor, it delivers unmatched reliability, precision, and versatility. Designed for custom firmware like ArduPilot and PX4, Kite H7 adapts seamlessly to all your autonomous flight projects.
Built for Performance
Powered by the STM32H753 running at 480 MHz, the Kite H7 delivers the raw processing power required for demanding flight algorithms and real-time firmware execution — giving you the speed and reliability every serious build demands.
- check_circle ARM Cortex-M7 @ 480 MHz
- check_circle 1 MB RAM & 2 MB Flash
- check_circle Custom Firmware Compatible
- check_circle ArduPilot & PX4 Ready
Precision Sensing & Control
A dual-IMU architecture combining the ICM-42688 and BMI088 sensors provides redundant motion sensing, ensuring rock-solid stability even under extreme vibration loads. Onboard barometer and compass complete the picture.
- check_circle ICM-42688 + BMI088 Dual IMU
- check_circle BMP388 Onboard Barometer
- check_circle BMM350 Onboard Compass
- check_circle Vibration-Damped Sensor Mounting
Ecosystem Integration
Peripheral Compatibility
Designed to integrate seamlessly with the industry-standard autopilot ecosystem, supporting a wide range of professional UAV peripherals.
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u-blox M8 / M9 GNSS SeriesStandard single-band GNSS for reliable navigation
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Dual-band RTK GNSS (ZED-F9P Class)Centimeter-level precision for survey & mapping
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UART, CAN (DroneCAN), and I²C InterfacesFlexible connection options for any GPS module
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Integrated Compass & PPS Time SyncOnboard magnetometer with precise pulse-per-second timing
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SiK Telemetry Radios433 / 868 / 915 MHz long-range data links
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High-Speed UART TelemetryUp to 921,600 baud for low-latency streaming
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DroneCAN Telemetry DevicesCAN-based telemetry for noise-immune communication
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MAVLink ProtocolIndustry-standard protocol for GCS & companion computers
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Analog Power ModulesVoltage & current sensing for battery monitoring
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Smart CAN Power ModulesDroneCAN-based smart power with cell-level data
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Dual Power Input with FailoverAutomatic switchover for mission-critical redundancy
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2S – 12S Battery SystemsWide voltage range for all UAV configurations
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PWM, OneShot, MultishotFull legacy protocol support
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DShot 150 / 300 / 600Digital protocol for precise, jitter-free motor control
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Bi-Directional DShotRPM telemetry feedback for dynamic notch filtering
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Up to 16 Motor OutputsMAIN + AUX channels for complex vehicle configurations
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SBUSStandard FrSky / Futaba serial bus protocol
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DSM2 / DSMXSpektrum satellite receiver support
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CRSF / ELRSLow-latency long-range Crossfire & ExpressLRS
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PPM (Legacy)Backward-compatible pulse position modulation
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External MagnetometersI²C & CAN interfaces for compass redundancy
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Barometer & Airspeed SensorsPrecision altitude & differential pressure
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RangefindersUART, I²C & CAN lidar / sonar support
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Companion ComputersUART & USB links for Raspberry Pi, Jetson, etc.
Customer Support
24/7 After-Sales Support
We're with you every step of the way. Whether you need troubleshooting, guidance, or firmware updates, our dedicated team is available around the clock to ensure your hardware keeps performing at its best. Reliable support, anytime you need it.
Technical Specifications
| Processor | STM32H7 Series (480MHz) |
| IMU Sensor | ICM-42688, BMI088 |
| Barometer | BMP388 |
| Magnetometer | BMM350 |
| Input Voltage | 4.5V - 5.5V (USB Powered / Dedicated 5V BEC) |
| Connectivity | 2 x GPS, 3 x telemetry, 2 x CAN, 1 x I²C port |
| Storage | 256MB Onboard Flash + MicroSD Slot |
| Dimensions | 85mm × 50mm × 15mm |
| Weight | 42g (Without Cables) |
| Operating Temperature | -40°C to +85°C |
Product Demo Videos
Frequently Asked Questions
The Kite H7 is compatible with any customized firmware stack including ArduPilot and PX4. It ships with pre-installed firmware and can be reflashed via USB or SD card.
The Kite H7 features two independent IMU sensors — ICM-42688 (TDK InvenSense) and BMI088 (Bosch). This dual-redundant setup improves vibration resistance, increases attitude estimation accuracy, and ensures reliable performance even during aggressive maneuvers.
The board provides 8× UART, 14× PWM outputs, I2C, SPI, and CAN Bus interfaces. It supports 2 GPS ports, 3 telemetry ports, and uses JST-GH connectors for reliable, compact wiring.
Each unit ships with the Kite H7 main board (with pre-installed firmware), JST-GH connectors and power cables, and a quick start guide with technical manual.
The Kite H7 is rated for operation from –40°C to +85°C, making it suitable for a wide range of environmental conditions including extreme cold and high-temperature missions.
We offer 24/7 after-sales support. You can reach us anytime via email at kitronix240@gmail.com or through WhatsApp for troubleshooting, firmware updates, and guidance.
Yes! For bulk orders or B2B inquiries, please email us at kitronix240@gmail.com and our team will get back to you with pricing and delivery details.