SOS Lab Develops 300m-Class LiDAR ES... "Full-Scale Mass Production to Begin Next Year"

On the 11th, SOS Lab announced that it is developing an engineering sample (ES) of a next-generation long-range 3D LiDAR sensor with a range of 300 meters. ES refers to the stage after technical proof of concept is completed and before entering mass production, where the product's functionality, reliability, and stability are evaluated.

The next-generation long-range 3D LiDAR being developed by SOS Lab features high performance in long-distance detection and adverse weather conditions, and it can accurately detect objects with low reflectivity. By combining the 'Single Photon' technology, it can emit strong output at a 1550nm wavelength that is safe for the eyes.

In particular, internal tests showed performance equivalent to that of products from Luminar Technologies. It was confirmed that key LiDAR sensor metrics such as distance and angular resolution are at the top level compared to competing products.

With various advantages, the next-generation long-range 3D LiDAR can be utilized not only in existing autonomous driving fields but also in △ aerospace (low Earth orbit satellites) △ defense △ ports △ robotics △ smart cities (LPGS), among others. SOS Lab is already in discussions with numerous domestic companies and public institutions for product application.

Earlier, in June, SOS Lab participated in 'Quantum Korea 2024,' hosted by the Ministry of Science and ICT, showcasing various technologies and products.

An SOS Lab official emphasized, "Our goal is to successfully complete the final tests within this year and enter full-scale mass production next year," adding, "Even before mass production, we are in discussions with customers across various fields based on our unique product competitiveness and demonstration references."

He continued, "The next-generation product is not limited by weather conditions and can detect objects at longer distances compared to existing LiDAR sensors, making it applicable to low Earth orbit satellites and more," adding, "This will greatly contribute to securing 'future technology sovereignty,' such as the localization of next-generation communication technologies like 6G and the advancement of the domestic defense industry."