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APO22 Mini Plus

The Spider-iUAV APO22 Mini Plus is a compact, open-source UAV flight controller for multirotor development and coordinated drone operations. It combines an integrated mesh radio, dual-redundant ICM-42688-P IMUs and STM32H743 processing with control interfaces, configurable firmware and PID tuning support.

Spider-iUAVDrone flight controller
Applications
Multirotor and small UAV development for drone manufacturers, system integrators and research teams
Weight
22 g

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Product overview

The Spider-iUAV APO22 Mini Plus is an open-source flight controller for manufacturers, system integrators and research teams developing multirotors and small UAVs with payloads under 30 kg. Its integrated 902-928 MHz FHSS mesh radio supports 16+ multi-hop connections for coordinated aircraft control and relay networking. Two ICM-42688-P IMUs provide dual sensor lanes with redundant switchover, Kalman fusion and real-time health monitoring. Dual-layer shielding supports signal integrity, while configurable firmware, PID tuning support and ongoing software updates enable control-system customization.

An STM32H743 Cortex-M7 processor operating at up to 480 MHz supports real-time flight control, sensor fusion and swarm coordination, with a double-precision FPU, 2 MB Flash and 1 MB RAM. Connectivity supports custom payloads, advanced sensors, communication modules and OEM platform upgrades. The controller provides 12 PWM channels, seven UART interfaces, two I²C channels, one CAN interface and one S.Bus interface, plus voltage monitoring and external high-precision GNSS with compass positioning. The sensor, interface, electrical, weight and temperature specifications are theoretical parameters based on tests under ideal conditions; actual operation may produce deviations.

Flight control & navigation

Specifications

APO22 Mini Plus specifications
SpecificationValue & conditions
ProductSpider-iUAV APO22 Mini Plus open-source UAV flight controller
ApplicationsMultirotor and small UAV development for drone manufacturers, system integrators and research teamsMultirotors and small UAVs with payloads under 30 kg.
Integrated mesh radio902-928 MHz FHSS; supports 16+ multi-hop connections
Inertial sensorsTwo ultra-low-noise ICM-42688-P IMUs
Sensor redundancyDual sensor lanes with redundant switchover, Kalman fusion and seamless failover
Sensor health monitoringDual-lane sensor architecture with real-time health monitoring
ProcessorSTM32H743 Cortex-M7, up to 480 MHz
Processor memory and floating-point unitDouble-precision FPU; 2 MB Flash; 1 MB RAM
UART interfaces7
ShieldingDual-layer shielding for signal integrity
Firmware customizationConfigurable firmware, PID tuning support and ongoing software updates
GNSS positioningExternal high-precision GNSS + compassTheoretical parameters based on tests conducted under ideal conditions.
Voltage monitoring moduleMonitoring range 12.6–50.4 VTheoretical parameters based on tests conducted under ideal conditions.
PWM control channels12Theoretical parameters based on tests conducted under ideal conditions.
CAN communication interface1Theoretical parameters based on tests conducted under ideal conditions.
S.Bus interface1Theoretical parameters based on tests conducted under ideal conditions.
I²C channels2Theoretical parameters based on tests conducted under ideal conditions.
Extended ports7Theoretical parameters based on tests conducted under ideal conditions.
Voltage monitoring channels2Theoretical parameters based on tests conducted under ideal conditions.
Input voltage rangeDC14.8~50.4VTheoretical parameters based on tests conducted under ideal conditions.
Power consumption<10WTheoretical parameters based on tests conducted under ideal conditions.
Weight22gTheoretical parameters based on tests conducted under ideal conditions.
Operating temperature-20℃~85℃Theoretical parameters based on tests conducted under ideal conditions.
Storage temperature-40℃~85℃Theoretical parameters based on tests conducted under ideal conditions.

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