This interactive 3D terrain model was generated using drone photogrammetry and LiDAR data captured along the Venice Corridor in Los Angeles. The model provides a highly detailed digital representation of the corridor, allowing users to explore real-world geometry, elevations, and surface features in three dimensions. This dataset supports visualization, spatial analysis, and environment reconstruction workflows while preserving true-to-scale measurements.

AeroViews was commissioned to capture high-resolution 3D spatial data along the Abbot Kinney corridor in Venice, California to support future event planning and production workflows. The goal of the project was to create accurate digital models of the corridor that could be ingested directly into the client’s 3D environment and visualization pipeline.

Using drone-based LiDAR scanning and aerial photogrammetry, our team documented the urban streetscape, surrounding buildings, and terrain features in precise detail. The resulting point clouds and 3D models provide a true-to-scale digital representation of the corridor, allowing planners and production teams to simulate layouts, staging, and spatial relationships in advance of future events.

This dataset enables more efficient planning, improved spatial awareness, and greater flexibility for scenario modeling, helping stakeholders visualize and prepare for complex installations and large-scale public events within the Venice corridor.