- Email: [email protected]
The AI Tracking Guidance Module is an advanced intelligent tracking and guidance system designed for FPV drones, multirotor platforms, and fixedwing aircraft. It integrates a highperformance camera, onboard AI processing unit, and flightcontrol interface to deliver autonomous target recognition, automatic tracking, and precision guidance.
By combining computer vision with flightcontrol algorithms, the module significantly reduces pilot workload and enhances tracking accuracy in both manual and autonomous missions.
The module can autonomously recognize and automatically track targets (Human, Vehicles, FPV, Fixedwing aircraft) and improves locking accuracy through intelligent algorithms.
Fully compatible with Betaflight, INAV, and PX4
Supports FPV quads, multirotors, and fixedwing aircraft
Seamless integration with mainstream flight controllers (H743, F405, etc.)
Automatic recognition of typical targets: humans, vehicles, FPV drones, fixedwing aircraft
Manual cursorbased target selection
Automatic lockon, reselection, and continuous tracking
Works even in GPSdenied environments
Autonomous takeoff via RC switch
Climbs to a configurable altitude (default 10 m)
Automatically detects and locks onto targets within the cameras field of view
Supports inflight switching between autonomous and manual tracking modes
Optional thermal imaging module for nighttime missions
Visiblelight camera supports lowlight night vision
Supports tracking in ANGLE and AIR modes (Betaflight)
Default tracking control on Channel 8
OSD support for displaying pitch/roll angles, flight mode, and tracking status
Smooth interaction with RC switches for lockon, cancel, and reselect
AI Guidance Module 1
7P4P SH1.0 module cable (preinstalled)
4P SH1.0 reverse cable 1
3P SH1.25 subcable 1
4P SH1.25 subcable 1
M24 lens screws 2
M25 lens screws 2
| Interface | Description |
|---|---|
| MIPI | Camera input |
| CVBS | Analog video output |
| USB | Debugging & firmware updates |
| FC UART | Flightcontroller communication |
| RC | Receiver input (receiver connects to module; FC no longer needs RX) |
| Power | 5V / 10V power input |
Recommended upward tilt: 20
Quick method: Tilt the aircraft to 20, adjust the camera until the crosshair aligns with an object 5 m away at the same height.
Install away from the AI module and power wiring
Use a magnetic ring on the GPS cable to reduce interference
Manual includes a detailed installation diagram
Tracking supported in ANGLE and AIR modes
Channel 8 controls tracking states (cancel reselect lock)
PID and Rate tuning recommendations included in the manual
OSD angle display recommended for improving lock accuracy
Factory firmware preinstalled
Required after reinstallation or longdistance transport (>500 km):
Compass calibration
Gyroscope calibration
Accelerometer calibration
RC calibration (if stick outputs are inaccurate)
| Mode | Description |
|---|---|
| Manual / ANGLE | Manual flight with optional manual target selection |
| Height Hold | Stable altitude mode |
| Position Mode | GPS position hold |
| Locked Tracking | Automatic recognition and lockon tracking |
| OneButton Autonomous | Autonomous takeoff + autotracking (PX4 only) |
FPV racing and training
Security patrol and target tracking
Search & rescue assistance
Fixedwing autonomous guidance
Research and education
Nighttime inspection (with thermal module)
The AI Tracking Guidance Module is an advanced intelligent tracking and guidance system designed for FPV drones, multirotor platforms, and fixedwing aircraft. It integrates a highperformance camera, onboard AI processing unit, and flightcontrol interface to deliver autonomous target recognition, automatic tracking, and precision guidance.
By combining computer vision with flightcontrol algorithms, the module significantly reduces pilot workload and enhances tracking accuracy in both manual and autonomous missions.
The module can autonomously recognize and automatically track targets (Human, Vehicles, FPV, Fixedwing aircraft) and improves locking accuracy through intelligent algorithms.
Fully compatible with Betaflight, INAV, and PX4
Supports FPV quads, multirotors, and fixedwing aircraft
Seamless integration with mainstream flight controllers (H743, F405, etc.)
Automatic recognition of typical targets: humans, vehicles, FPV drones, fixedwing aircraft
Manual cursorbased target selection
Automatic lockon, reselection, and continuous tracking
Works even in GPSdenied environments
Autonomous takeoff via RC switch
Climbs to a configurable altitude (default 10 m)
Automatically detects and locks onto targets within the cameras field of view
Supports inflight switching between autonomous and manual tracking modes
Optional thermal imaging module for nighttime missions
Visiblelight camera supports lowlight night vision
Supports tracking in ANGLE and AIR modes (Betaflight)
Default tracking control on Channel 8
OSD support for displaying pitch/roll angles, flight mode, and tracking status
Smooth interaction with RC switches for lockon, cancel, and reselect
AI Guidance Module 1
7P4P SH1.0 module cable (preinstalled)
4P SH1.0 reverse cable 1
3P SH1.25 subcable 1
4P SH1.25 subcable 1
M24 lens screws 2
M25 lens screws 2
| Interface | Description |
|---|---|
| MIPI | Camera input |
| CVBS | Analog video output |
| USB | Debugging & firmware updates |
| FC UART | Flightcontroller communication |
| RC | Receiver input (receiver connects to module; FC no longer needs RX) |
| Power | 5V / 10V power input |
Recommended upward tilt: 20
Quick method: Tilt the aircraft to 20, adjust the camera until the crosshair aligns with an object 5 m away at the same height.
Install away from the AI module and power wiring
Use a magnetic ring on the GPS cable to reduce interference
Manual includes a detailed installation diagram
Tracking supported in ANGLE and AIR modes
Channel 8 controls tracking states (cancel reselect lock)
PID and Rate tuning recommendations included in the manual
OSD angle display recommended for improving lock accuracy
Factory firmware preinstalled
Required after reinstallation or longdistance transport (>500 km):
Compass calibration
Gyroscope calibration
Accelerometer calibration
RC calibration (if stick outputs are inaccurate)
| Mode | Description |
|---|---|
| Manual / ANGLE | Manual flight with optional manual target selection |
| Height Hold | Stable altitude mode |
| Position Mode | GPS position hold |
| Locked Tracking | Automatic recognition and lockon tracking |
| OneButton Autonomous | Autonomous takeoff + autotracking (PX4 only) |
FPV racing and training
Security patrol and target tracking
Search & rescue assistance
Fixedwing autonomous guidance
Research and education
Nighttime inspection (with thermal module)
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