Products Description
A Split-Type Image Matching Navigation Module is a specialized navigation system used in robotics, drones, and autonomous vehicles, designed to enable precise positioning and path guidance by matching captured images to pre-stored reference images.
Parameters
|
Category |
Parameter |
|
Dimensions |
103×86×15 mm / 106×76×49 mm (Customizable) |
|
Weight |
≤ 200g |
|
Power supply |
12V ~ 32V |
|
Power consumption |
≤ 15W |
|
Camera support |
Visible light (1600×1200 default) / Infrared (640×512 optional) |
|
Frame rate |
50Hz |
|
Navigation accuracy |
≤ 40m (when flying < 300m) or ≤ 5% of flight height (300–3000m) |
|
Positioning method |
Image-based location estimation via map matching |
|
Operating time |
All-weather, day-night operation |
|
Storage |
256GB internal storage |
|
Output interfaces |
2 × RS422 / RS232 / UART for data exchange with autopilot2 × Ethernet ports for debugging & map upload |
|
Extended functions |
Supports integration with MEMS or fiber-optic IMU for combined navigation (position, velocity, attitude output) |
advantages
High Precision Navigation
Visual image matching allows accurate positioning even in GPS-denied or indoor environments.
Modular Flexibility
Sensor and processing units can be mounted separately for better balance, weight distribution, or environmental protection.
Products application

GNSS-Denied UAV Operations

Tunnel Drone Navigation

Complex Environment Ground Robots

Military Drones For Electronic Warfare

Complex Environment Reconnaissance & Mapping

Autonomous Loitering Munition Guidance
service
Instant Response
Fast and efficient communication to answer your inquiries without delay
Expert Technical Support
Experienced engineers provide full assistance for product integration and troubleshooting
Reliable Logistics
Global shipping solutions with stable delivery timelines and real-time tracking
After-Sales Guarantee
Comprehensive after-sales service to ensure worry-free usage and long-term cooperation
FAQ
Q: What is a Split-Type Image Matching Navigation Module?
A: It's a vision-based navigation system that separates camera/sensor units from processing units. It uses image matching to determine position by comparing live images with pre-stored reference images.
Q: How does it differ from an integrated navigation module?
A: Unlike integrated modules, the split-type design physically separates the sensor/camera from the processor, allowing flexible installation, easier maintenance, and reduced weight at the sensor location.
Q: What are the main applications?
A: Used in autonomous mobile robots, drones, AGVs, indoor navigation vehicles, and industrial automation systems where GPS may be unavailable.
Q: How accurate is image-matching navigation?
A: Typically within a few centimeters, depending on reference image quality, camera resolution, and lighting conditions.
Q: Can it operate indoors without GPS?
A: Yes. Image matching allows reliable positioning and navigation in indoor, underground, or GPS-denied environments.
Q: What environments is it suitable for?
A: Warehouses, factories, hospitals, airports, and any area requiring precise visual navigation, even under partial lighting or minor changes in the environment.
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