SP Racing H7

The SP Racing H7 EXTREME flight controller features a 400Mhz H7 CPU that runs twice as fast as the previous generation F7 boards. A fast control-loop is what you need for perfect flight performance, the H7 at 400Mhz gives you all the processing power you need.

The SP Racing H7 EXTREME has an integrated OSD (on-screen-display) and PDB (power distribution board) and features all the latest technologies available.

The H7 EXTREME features real-time simultaneous dual gyros giving you super accurate response even before you even think about adjusting your filter settings. Don't accept ancient and slow gyro sensors!

The FC features two logging choices, both of which are better and faster than seen anywhere else. Either use the onboard 128MB flash chip or use the MicroSD card socket. Both the flash chip and the SD Card are connected directly to the CPU using separate parallel bus technology (QSPI 4bit and SDIO 4bit respectively). Other FC's either have small slow serial flash chips or SPI connected SD Card. Using parallel bus technologies further decreases the load on the already-fast new H7 CPU! Low CPU load = faster response, even with all the peripherals and logging enabled.

The FC has the new BMP388 barometer sensor, which is smaller, more accurate and less sensitive to drift than previous baros, if you want altitude related features the BMP388 is a must! Combine the H7 EXTREME with an external GPS receiver for 3D positional data.

Features

• Extreme Flight Performance
• Ultra-fast H7 CPU
• Simultaneous DUAL GYRO with a TWIST, literally!
• 128MB Built-in QUAD SPI flash
• Dual Dedicated SPI sensor connection
• MicroSD via SDIO 4-bit Bus
• Boot, run an upgrade from SD card!
• Microphone and PID-Audio
• BMP388 Barometer
• 2-6S LiPo Support

Additional Features

• RPM Filter & Bi-Direction DSHOT
• OSD with customizable layout
• Multi-VTX support
• Current Sensor
• DSHOT and OneShot ESC support
• PitMode / Team-Race-Ready
• USB
• Broad RC receiver support
• Programmable LEDs
• PCB Cut-outs for battery wires
• Boot Button
• Settings / VTX Button
• Configurable
• Expansion Port
• Developer Friendly
• Battery Monitoring
• Buzzer
• Telemetry support
• Telemetry enables audible and visible ground-station or receiver based alarms, warnings, information gathering and logging of FC data.
• 5V BEC Power supply
• Camera OSD control
• Low Profile
• Built-in Power Distribution
• GPS Ready *
• Race Timing Transponder *
• Designed by Mr. Cleanflight!

Specifications

• STM32 H7 400Mhz CPU (1MB Ram, 128k flash)
• 128MByte Flash (for firmware, config and Blackbox logging, 4-bit QuadSPI not 1-bit SPI)
• Dual Gyros (1xSPI each, with separate interrupt signals, 32khz capable)
• BMP388 Baro (I2C + interrupt)
• OSD (dedicated SPI)
• Microphone
• PID Audio
• SD Card (4-bit SDIO not 1-bit SPI)
• Integrated PDB.
• 110A Current Sensor
• 2-6S BEC
• TVS Protection Diode
• Dedicated 500ma VREG for Gyros, with gyro noise filter capacitors.
• Second 500ma VREG for CPU, Baro, Microphone, etc.
• IR transponder
• Buzzer circuitry
• RSSI (Analog/PWM)
• 12 motor outputs (4 by motor pads, 4 in the middle, and 4 on stacking connector).
• 1x SPI breakout onto stacking connector
• 6 Serial Ports (5x TX & RX, 1x TX-only bi-directional for telemetry)
• Status Led
• LED strip support (with well-placed connection pads).
• Boot Button (Side press)
• Bind/User Button (Side press)
• Receiver ports (all usual CF/BF protocols, no inverter needed)
• CAM OSD control and Video IN on CAM socket.
• Video OUT + Audio OUT on VTX socket.
• USB with OTG capability (ID and VBUS connected to CPU)
• SWD debugging port.
• Bootable from SD Card or External flash.
• Flashable from SD Card.
• Solder-from-top design.
• PCB Cutouts for battery wires.
• Firmware: Betaflight 4.x+
• Designed by Dominic Clifton, the guy that created Cleanflight.

Manual

Includes

• 1 x SP Racing H7 EXTREME
• 2 x Stacking Connector
• 4 x Rubber Grommets
• 2 x 4p Wire Harness