VN10 Vision Navigation System SLAM LiDAR for Autonomous Robotics

• ✔ Infallible navigation in GNSS and non-GNSS environments.
• ✔ Top positioning accuracy (up to ±10 cm visually).
• ✔ Lightweight and modular design for easy integration.
• ✔ Low power consumption for long operation.
• ✔ User-friendly SDK for quick customization.
• ✔ High-frequency real-time data stream.
• ✔ Multi-scenario adaptability for autonomous platforms.

The VN10 Vision Navigation System is a revolutionary solution for autonomous robotics. It is designed for versatile and reliable performance in both GNSS and non-GNSS environments, providing accurate navigation information and ensuring mission success in situations where conventional systems would fail.

🤖 Discover the heart of precise autonomous navigation

• Reliable navigation in any environment (GNSS and non-GNSS).
• High positioning accuracy (±10 cm visually, ±35 cm satellite).
• Modular and compact design.
• Low energy consumption.
• Extensive data interfaces.
• User-friendly SDK for easy integration and customization.
• High-frequency real-time data stream.
• Adaptability for drones, UGVs, USVs and autonomous vehicles.

🔍 Explore every detail and push the boundaries

VN10 excels with its lightweight, compact and modular design, low power consumption and comprehensive data interfaces. Together with the convenient SDK development protocol, the VN10 system can be easily integrated into various mobile platform models such as autonomous vehicles, USV (Unmanned Surface Vehicles), robots and UGV (Unmanned Ground Vehicles).

This seamless integration enables precise positioning and navigation for mobile platforms in most scenarios. The VN10 offers exceptional positioning accuracy, reaching ±10 cm in both horizontal and vertical directions in visual mode and ±35 cm in satellite mode.

🚧 Are your autonomous systems facing navigation challenges?

Are you worried about GNSS signal loss, unreliable data, or the need for extremely accurate navigation in complex, shadowed, or indoor environments? Conventional navigation systems often fail, leading to failed missions and increased operational risks.

🚀 Accuracy and reliability without compromise with VN10

The VN10 Vision Navigation System is your complete solution. Delivering uncompromising accuracy and reliability even in the most challenging environments without GNSS signal, you can rest assured that your autonomous platforms will always know exactly where they are and where they are headed.

💡 More than just features: Real benefits for your projects

• Navigation in GNSS-denied environments: Reliable operations even where other systems fail. -> Benefit: Eliminate outages and ensure mission continuity.
• High positioning accuracy: Up to ±10 cm in visual mode. -> Benefit: Enables performance of critically accurate tasks and autonomous movement in complex terrain.
• Easy integration: Modular design and SDK. -> Benefit: Fast deployment and reduced development costs.
• Low power consumption: Optimized operation. -> Benefit: Extended battery life and longer operating times for mobile platforms.

🎯 For whom is the VN10 system the ideal choice?

• Developers and engineers of autonomous vehicles and robots.
• Research teams in the field of robotics and drone technologies.
• Companies dealing with automation and intelligent logistics.
• Projects requiring precise navigation in difficult and changing environments.

🤔 Do you have concerns? We'll answer them

• Concern: Is the system complex to integrate into existing platforms? -> Answer: Thanks to the modular design, extensive data interfaces, and user-friendly SDK, integration is fast and intuitive, minimizing the need for extensive customization and reducing development time.
• Concern: How reliable is navigation without a GNSS signal? -> Answer: The VN10 is designed specifically for such environments, providing accurate and consistent navigation information with visual accuracy of up to ±10 cm, ensuring flawless operation even in the most demanding conditions.
• Concern: What is the energy consumption of the system during long-term operation? -> Answer: The VN10 features low energy consumption, which extends the operating time of mobile platforms and reduces the frequency of charging, ideal for long-term missions.

⚙️ Technical specifications

❓ Frequently Asked Questions (FAQ)

What is the VN10 primarily intended for?

The VN10 is designed for autonomous vehicles, drones (UAVs), robots, USVs (surface vessels) and UGVs (ground vehicles) that require an accurate and reliable navigation solution.

What is the key advantage of VN10 over standard GNSS systems?

Its main advantage is the ability to provide accurate navigation even in environments without GNSS signal (so-called GNSS-denied environments), where conventional systems fail.

What positioning accuracy does the VN10 offer?

The system achieves exceptional accuracy of ±10 cm horizontally and vertically in visual mode and ±35 cm in satellite mode.

Is integrating VN10 into existing platforms difficult?

No, thanks to the modular design, comprehensive data interfaces, and user-friendly SDK, integration is easy and fast, reducing development time.

What types of mobile platforms can VN10 use?

The VN10 is ideal for a wide range of platforms, including autonomous vehicles, drones, ground robots, and unmanned surface vessels.

Does the VN10 support SLAM?

Yes, the VN10 uses visual navigation and SLAM (Simultaneous Localization and Mapping) principles for accurate mapping of the environment and localization within it, which is key for autonomous movement.

What is the impact of VN10 on platform power consumption?

The system is designed with low power consumption, which helps extend the operational time of autonomous devices and increase their efficiency in the field.