FPV AI Locking System
FPV AI Locking System
This FPV AI locking system is configured with an intelligent tracking module that utilizes advanced target tracking algorithms to lock onto stationary or moving targets.
The AI locking feature significantly enhances the efficiency of drone missions, addressing the challenges faced by traditional drones in tracking targets in complex environments.
It can accurately track and guide targets without GPS signals by determining flight posture information through sensors and image recognition technologies.
This FPV AI locking system is configured with an intelligent tracking module that utilizes advanced target tracking algorithms to lock onto stationary or moving targets.
The AI locking feature significantly enhances the efficiency of drone missions, addressing the challenges faced by traditional drones in tracking targets in complex environments.
It can accurately track and guide targets without GPS signals by determining flight posture information through sensors and image recognition technologies.
Description
FPV AI Locking System/Module
It integrates advanced AI target locking features, equipped with 3.3G VTX and 433 MHz ELRS modules, designed to enhance the target tracking capability and anti-interference performance of drones. This module utilizes image contrast technology to intelligently lock and track moving or stationary targets during drone missions. Even when wireless signals are lost, it can maintain continuous tracking of the target.
Product Overview
- Intelligent Tracking System: Through image contrast technology and AI algorithms, the module can automatically lock and track targets during drone flight.
- Signal Independence: Internal computing capability allows it to operate without relying on continuous wireless signal transmission. Even if VTX or VRX signals are interrupted, the system can continue tracking.
- High Efficiency Anti-Interference: Uses a combination of 3.3G VTX and 433 MHz ELRS to enhance the drone’s anti-interference performance in complex electromagnetic environments.
Parameter Table
| Category | Parameter | Description |
|---|---|---|
| Tracking Performance | Tracking Speed | 140 km/h |
| Data Refresh Rate | 50 Hz | |
| Minimum Contrast | 5% | |
| Target Memory | Yes (Supports retaining target information when signal is lost) | |
| Target Size | 16×16 to 128×128 pixels | |
| Hardware Interface | Flight Controller and Receiver Communication Interface | SH1.0-10P Interface |
| Video Transmission Interface | SH1.0-4P Interface, analog video transmission | |
| Camera Connection Interface | SH1.0-3P Interface | |
| Power Interface | 3-pin power interface (9V, GND, 5V) | |
| VTX Module | Model | Mamba 3.3G 2W |
| Frequency Range | 100 MHz to 1000 MHz (Adjustable range 50-1020 MHz) | |
| Chip Type | ESP32 | |
| RF Chip | SX1276 * 2 | |
| Control Distance | Up to 20 km, suitable for long-distance control needs | |
| Anti-Interference Capability | Technical Features | Uses image contrast technology to intelligently lock onto targets |
| Signal Independence | Internal computation, free from external signal dependency | |
| Tracking Capability | Supports continued tracking even when signals are interrupted, suitable for harsh environments |
Application Scenarios
- High-Speed Target Tracking: Suitable for tracking fast-moving targets, such as vehicles or boats.
- Complex Environment Missions: Ensures that the drone continues to operate effectively in areas with strong electromagnetic interference or poor GPS signals.
- Long-Distance Monitoring: Ideal for long-distance reconnaissance or monitoring tasks, achieving remote operations with a control range of up to 20 km.
This FPV AI locking system module is designed to enhance the target tracking capabilities of drones, enabling precise and stable target locking and automatic tracking in various environments, making it ideal for executing advanced drone missions.
Additional information
| Performance parameters | parameters |
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