AP50 autopilot is a complete set of high-performance, low-cost and miniaturized general UAV flight control system, which integrates many functions such as flight stability control, navigation and mission control.
About this manual
The AP50 pilot is a compact UAV flight controller that integrates flight stability, navigation, and mission control functions. It includes sensors such as GPS, a three‑axis rate gyro, a two‑axis accelerometer, an airspeed sensor and a pressure altitude sensor, and supports multiple flight modes and customizable PID parameters.
The manual covers hardware installation, connection of remote‑control receivers and device adapters, configuration of PID parameters for each control channel, description of the four flight control modes (PIC, RPV_RC, RPV_RF, UAV), safety protection mechanisms, communication interfaces, and ground‑station monitoring procedures. This manual is written in Chinese.
What's inside
- Introduction
- Installation
- Remote control receiver connection
- J1 device adapter
- PID parameter settings
- Flight control modes
- Safety protection
- Communication interface
- FP system main menu
- Ground station monitoring
Specifications
| Dimensions | 140×48×25 mm |
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| Weight | 45 g (excluding GPS antenna) |
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| Power consumption | 5.3~8.0 VDC @ 120 mA |
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| Operating temperature | -20 °C to +70 °C |
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| Overload rating | 4 G (use overload), 100 G (destructive overload) |
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| Maximum speed | 250 km/h (airspeed), 1275 km/h (ground speed) |
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| Maximum altitude | 5100 m |
Frequently asked questions
What safety protection does the AP50 provide if GPS positioning is unavailable?
If GPS does not achieve a full 3‑D fix, the AP50 will not enter remote‑control mode, preventing the pilot from operating the aircraft via the transmitter.