Brief: Our team walks you through how the ZAi Heavy-duty Flight Controller performs in common industrial drone scenarios. Watch as we demonstrate its high-precision RTK positioning, robust power management with dual-channel 20-130V input, and intelligent software features that ensure stable flight even under challenging conditions like magnetic interference and power failures.
Related Product Features:
High-precision GNSS positioning with RTK accuracy of 0.01-0.02m and non-RTK accuracy of 0.3-0.4m.
Dual-channel 30S voltage regulator supporting a wide 20-130V power supply range for heavy-lift platforms.
Integrated UPS provides up to 30 minutes of continued operation after external power loss.
Rich I/O including 16 PWM channels, 10 UART ports, 3 CAN buses, and 2 IIC ports for flexible peripheral connectivity.
Advanced software anti-sway stabilization maintains flight stability during magnetic interference and GNSS inconsistencies.
Multi-controller input support for instructor-pilot handovers and dual-operator configurations.
Hardware-in-the-loop semi-physical simulation for safe testing of flight parameters and mission workflows.
What makes this flight controller suitable for heavy-duty multirotor drones?
It features a dual-channel 30S power system (20-130V), integrated UPS, full-port overvoltage protection, and industrial-grade aluminum housing, ensuring stability under high loads and harsh conditions.
Can it still operate if the drone loses external power?
Yes. The built-in UPS allows the controller to continue running for up to 30 minutes, ensuring controlled emergency actions and preventing total system failure.
How does the controller handle magnetic interference?
It uses an automatic heading calibration algorithm designed to resist magnetic field disruptions, ensuring accurate orientation and navigation in challenging environments.
What safety features does it have for motor or power failure?
It supports emergency landing for 4-axis drones with single power failure, safe return for 6-axis single-power failure, and controlled multiple landing modes for hexacopters and above.