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In the dynamic world of aerial technology, few breakthroughs have generated as much buzz as Drone Aerial LiDAR Systems. These state-of-the-art systems have shaped a new way of work across various sectors, from geospatial surveying and topography to environmental monitoring and infrastructure management. Their precision and operational efficiency have been a driving force for change. In this blog post, we identify the technological progression from the DJI Zenmuse L2 to its predecessor, the DJI Zenmuse L1 with an in-depth technological comparison:
L2 showcases significantly enhanced efficiency, with the ability to cover a larger area per mission, achieving a five-fold increase in single mission efficiency when operating under the same accuracy conditions. Its improved echo capabilities, featuring support for five returns, lead to more comprehensive point cloud data rates. The L2's smaller laser spot size and ground point cloud penetration superiority further differentiate it from L1, providing remarkable accuracy improvements. These enhancements translate to a four-fold improvement in result accuracy, making L2 a notable advancement in the field of aerial LiDAR technology.
The advantages the L2 offers not only extend to its data collection capabilities but also to the post-processing and analysis functionalities. L2 stands out with its split-screen display options, making real-time data analysis more versatile. It also supports advanced features like multi-flight point cloud 3D model stitching, 2D map point cloud generation, and field quality reporting, which are not available with L1. The seamless integration with DJI Terra for post-processing, as well as the provision of various free support features such as ground point classification, DEM one-click generation, and point cloud quality analysis, set L2 apart as a robust and comprehensive solution.
