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LITHIC
LITHIC is the acronym for LiDAR-Thermal-IMU-Camera. It includes a 360 LiDAR, IMU sensors, RGB camera, Thermal Camera and a Multi Spectral Camera.
Specifications
LITHIC scanner enables engineers to capture real-time 3D data as they walk the project site. Our innovative SLAM algorithm enhances efficiency and accuracy in data acquisition, enabling swift and precise capture of spatial information.
In approximately 20 minutes, scan an area spanning 50,000 square feet. Achieve a remarkable 2 cm of relative accuracy over distances up to 100 meters, boasting an impressive 99.2% accuracy rate.
LITHIC scanning device is sensor fused with LiDAR sensor, RGB camera and thermal camera. As we are scanning the area of a project site, we are capturing and recording thermal data and thermal frames.
Enable thermal texture on the 3D mesh, a unique feature exclusive to the Observance platform. Identify hot and cold zones effortlessly, even when they are not visible to the naked eye.
3D BIM models are generated using Observance's SLAM engine and cloud processing, allowing in-depth analysis, segmentation, and comparison with BIM models, RGB videos, or thermal videos.
LITHIC scanner enables engineers to capture real-time 3D data as they walk the project site. Our innovative SLAM algorithm enhances efficiency and accuracy in data acquisition, enabling swift and precise capture of spatial information.
In approximately 20 minutes, scan an area spanning 50,000 square feet. Achieve a remarkable 2 cm of relative accuracy over distances up to 100 meters, boasting an impressive 99.2% accuracy rate.
LITHIC scanning device is sensor fused with LiDAR sensor, RGB camera and thermal camera. As we are scanning the area of a project site, we are capturing and recording thermal data and thermal frames.
Enable thermal texture on the 3D mesh, a unique feature exclusive to the Observance platform. Identify hot and cold zones effortlessly, even when they are not visible to the naked eye.
3D BIM models are generated using Observance's SLAM engine and cloud processing, allowing in-depth analysis, segmentation, and comparison with BIM models, RGB videos, or thermal videos.