#China #Shenzhen #Lidar #Livox #Avia 2

Livox Tech Launches the Advanced Avia 2 LiDAR Solution

On July 30, 2026, Livox Technology Company Limited, a frontrunner in the global LiDAR development and manufacturing arena, unveiled its latest innovation: the Avia 2. This state-of-the-art LiDAR system is engineered for ultra-long-range applications, proving invaluable for tasks such as high-precision inspections of power lines, obstacle detection for maintenance activities, and measuring bulk materials in coal deposits and barns.

Exceptional Detection Capabilities

The Avia 2 distinguishes itself with its advanced 1535 nm laser technology, which provides remarkable detection capabilities over distances of up to 1,000 meters. Its superior laser focus enhances performance, allowing the detection of targets with varying reflectivity. In Normal mode, the Avia 2 can identify objects exhibiting 5% reflectivity as far as 400 meters. In contrast, the Focus mode extends this capability up to 800 meters for targets reflecting 10%. Consequently, a single Avia 2 unit can effectively oversee a one-kilometer section of power transmission or monitor a substation perimeter measuring up to 300 meters, significantly reducing the number of sensors required and streamlining the deployment and data processing tasks.

Versatile Field of View Options

Engineered for adaptability, the Avia 2 offers two field of view (FOV) settings. Operators can effortlessly switch between the broader 80° × 80° Normal mode for extensive area monitoring and the 15° × 15° Focus mode for long-range inspections. This versatility means that one device can meet diverse operational requirements without necessitating hardware changes, enhancing operational efficiency.

Precision and Reliability in All Conditions

The 0.25 × 0.25 mrad laser beam divergence results in a pinpoint measurement of just 2.5 cm at 100 meters, facilitating precise identification of slender objects like power lines and branches. Its ability to penetrate dust and rain droplets reduces noise interference, significantly improving the quality of the collected data. Furthermore, the non-repetitive scanning method utilizing a wedge prism strikes a perfect balance between wide coverage and enhanced precision. This technical design minimizes unscanned areas while gradually improving overall data richness over time, resulting in a comprehensive infrastructure model and superior small-object detection without necessitating additional scan lines.

Durability and Long-Term Operation

The Avia 2 boasts an IP66 rating and is designed for reliable function within a temperature range of -20 °C to 65 °C, ensuring resiliency in extreme weather. With an estimated mean time to failure (MTTF) of 62,500 hours, it requires neither calibration nor disassembly during standard operational conditions, thereby reducing maintenance needs, especially in remote infrastructure deployments. Additionally, integrated noise cancellation algorithms for rain and fog further optimize performance across various environmental conditions, substantially enhancing point cloud quality and decreasing post-processing demands.

Availability and Further Information

The Avia 2 is available for purchase through Livox and its authorized distribution partners. To learn more about this product, its technical specifications, or sales inquiries, please visit www.livoxtech.com. Livox Technology Company Limited, established in 2016, is committed to transcending current technological barriers within the LiDAR industry, aiding clients in effectively incorporating LiDAR sensors into their project implementations. Livox products are currently utilized in 26 countries across various sectors including robotics, 3D mapping, and smart cities, among others.

Conclusion

In conclusion, the Avia 2 by Livox Tech marks a significant advance in the field of LiDAR technology, offering outstanding performance for inspections and transport applications. As industries continue to embrace technological advancements, the Avia 2 sets a new standard for efficiency and precision in LiDAR systems.