In this webinar, we will take a detailed look at the testing methodology developed by Vertical Aspect, review the results, and discuss how the team ensures consistency and repeatability in L3 accuracy assessments by following recognized industry standards and methodology.

We will also examine how the L3 performs under different parameters, including varying above-ground flight altitudes, return configurations, and sampling rates, to determine whether accuracy remains consistent across practical operating scenarios. All analysis will be based on native point cloud outputs with no post-processing applied, reflecting the streamlined DJI end to end workflow used by most surveyors.

What You'll Gain:
- A detailed look at how varying lidar parameters such as flight altitude, return settings, and sampling rates influence accuracy, supported by results from native point cloud outputs with no post-processing.

Ideal For:
- Surveying and mapping professionals evaluating Zenmuse L3 lidar payload performance for topographic mapping, engineering-grade deliverables, or corridor surveys.
- Geospatial analysts, technical leads, or QA/QC managers seeking to understand the Zenmuse L3 accuracy performance with unbiased verification methods grounded in established industry standards.
- Drone program operators or organizations adopting lidar who want a clear understanding of L3 performance in real-world field conditions.