VGS Vision Guidance System AI Terminal Guidance System
The VGS system is composed of three components: a single-axis gimbal (with dual-output camera), an AI computing board, and a flight control board. VGS provides two locking modes:
1. Manual Locking: The pilot manually locks the target after flying it into the crosshair center in the display.
2. Automatic Locking: VGS automatically detects and locks onto a target (vehicles, people, or tanks within 200 meters).
Once locked, the system automatically performs tracking. At this point, the aircraft is controlled by the VGS system, which will continue tracking the target, supporting both curved and turnaround tracking, until the
guidance is complete. The tracking can also be manually canceled during this period.
The VGS system provides two independent video streams: one is a CVBS signal directly output to the pilot’s goggles for flight operation, and the other is a UVC signal sent to the AI computing board for processing.
These two video signals do not interfere with each other, ensuring that even if the AI computing board malfunctions or the software crashes, it will not affect the video display in the pilot’s goggles.
FAQ
Q1: I’m looking for a video guidance system. I’m integrating your system with my fixed-wing FPV drone, which uses a Pixhawk Cube flight controller.
- Does it only work with quadcopters?
- Is there special software we need to install on our ground control station?
- How do I target a person or vehicle on screen? Or simply center the crosshair on the target and lock on?
- The lock can be activated via the SBus channel.
- How do I integrate Pixhawk Cube and Ardupilot into a wing drone?
