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Integrated Visual Navigation Module

Integrated Visual Navigation Module

The Integrated Visual Navigation Module is a compact system for drones, robots, and autonomous platforms, combining visual sensors and onboard processing to enable reliable navigation in complex or GNSS-denied environments.

Product Introduction
 

Introduction

 

The Integrated Visual Navigation Module is a compact system for drones, robots, and autonomous platforms, combining visual sensors and onboard processing to enable reliable navigation in complex or GNSS-denied environments.

 

 

Advantage

 

Compact & Lightweight Design
≤200 g compact module enables easy integration into drones, robots, and other space-constrained platforms.

Dual Camera Support
Supports visible light and optional infrared cameras for navigation in both daytime and low-light environments.

Vision-Based Navigation
Image-based map matching enables positioning even in GNSS-denied environments.

Flexible System Integration
Multiple communication interfaces and optional IMU integration support position, velocity, and attitude output.

 

 

Specification

 

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)

 

 

Application

 

48

GNSS-Denied UAV Operations
Provides navigation capability when satellite signals are unavailable or unstable.
49
Tunnel Drone Navigation
Enables drones to navigate in underground tunnels where GPS signals cannot reach.
50
Ground Robots in Complex Environments
Supports positioning and navigation for inspection or service robots.

51

Military Electronic Warfare Drones
Maintain navigation capability in environments with GNSS interference.
52
Complex Environment Reconnaissance & Mapping
Supports accurate route guidance for surveying and mapping tasks.
53
Autonomous Loitering Munition Guidance
Assists autonomous systems with navigation and target approach.

 

 

What We Offer

 

Technical Support – Professional assistance for system integration and deployment.
Fast Response – Prompt communication to address project requirements and technical questions.
Reliable Logistics – Global shipping solutions with secure packaging and shipment tracking.
After-Sales Service – Continuous technical support and service.

 

 

Our Advantage

 

Strong R&D Capability
1800+ employees with 70% in R&D drive continuous innovation in radar, AI, and electronic technologies.

Extensive Industry Experience
Over 20 years delivering practical solutions for real-world applications.

Flexible Customization Service
Products and systems can be tailored to customer needs, supporting OEM and project solutions.

Large-Scale Manufacturing Base
A 20,000 m² production facility ensures stable production capacity and reliable quality control.
 

 

Our Certificate

 

Our products comply with international quality and safety standards such as CE, FCC, and ISO.

 

CEFC02-ISOROHS

 

 

FAQ

 

Q: What platforms can the Integrated Visual Navigation Module be used on?

A: The module is designed for drones, ground robots, and other autonomous platforms that require visual-based navigation and positioning.

Q: Is the system weatherproof?

A: It is designed for standard environmental conditions; a sealed version can be customized.

Q: What interfaces are available for system integration?

A: It provides RS422, RS232, and UART interfaces for communication with autopilot systems, as well as Ethernet ports for debugging and map upload.

Q: Can the module be integrated with other navigation sensors?

A: Yes, it supports integration with MEMS or fiber-optic IMUs to provide combined navigation outputs including position, velocity, and attitude data.

Q: What is the power requirement of the module?

A: The module operates with a 12V–32V power supply and consumes no more than 15W, making it suitable for embedded and mobile platforms.

Q: Does the module support long-term data storage?

A: Yes, it includes 256GB of internal storage for map data, mission records, and navigation information.

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