Stadium Aerial LiDAR Scanning

A drone equipped with a LiDAR sensor flies programmed flight paths over and around the stadium, firing thousands of laser pulses per second. Each pulse measures the distance to surfaces below — roof panels, structural steel, pavement, vegetation — creating a dense 3D point cloud. With RTK positioning, each point is georeferenced to centimeter-level accuracy. The resulting dataset is a complete geometric record of everything visible from above.

Yes, with proper authorization. Stadium airspace requires FAA coordination, especially near airports or in Temporary Flight Restrictions (TFRs) during events. THE FUTURE 3D holds Part 107 certification and obtains all required authorizations including LAANC or waiver approvals before any flight. We coordinate with venue security and FAA to ensure safe, compliant operations. Flights are always conducted during non-event periods.

LiDAR uses laser pulses to directly measure distances, producing accurate point clouds in any lighting condition — ideal for structural geometry and engineering applications. Photogrammetry uses overlapping photographs to reconstruct 3D geometry, producing visually rich orthomosaics and textured models. For stadiums, we typically fly both: LiDAR for engineering-grade measurements and photogrammetry for visual documentation and marketing assets.

A typical stadium aerial survey takes 1-2 days of field work. The drone flies multiple missions covering the roof, all facades, and the surrounding site. A 70,000-seat stadium with parking may require 8-12 individual flights. Weather conditions (wind, rain) can affect scheduling. Data processing takes 3-7 business days depending on deliverable complexity.

Standard deliverables include a georeferenced point cloud (E57/LAS), orthomosaic map of the site (GeoTIFF), digital terrain model (DTM/DSM), and a documentation report. Enhanced deliverables include roof drainage analysis, facade condition mapping, 3D mesh models, volumetric calculations, and construction progress comparison overlays. All data is tied to the same coordinate system as interior terrestrial scans for seamless integration.

Both aerial and terrestrial datasets are registered to a common site control network established before scanning begins. This means the roof point cloud from the drone and the concourse point cloud from the terrestrial scanner align perfectly in 3D space. The unified dataset gives architects and engineers a complete digital representation of the venue — inside and out — in a single coordinate system.

Aerial-only stadium surveys typically range from $5,000 to $20,000 depending on site size, number of flights required, and deliverable complexity. A basic roof and site survey starts around $5,000. A comprehensive multi-flight survey with orthomosaic, DTM, facade mapping, and LiDAR point cloud ranges $10,000-$20,000. Combined with interior scanning, total project costs are $25,000-$150,000+.

Yes. Retractable roof stadiums can be scanned in both open and closed positions to document the full range of the roof mechanism. The LiDAR captures the structural geometry of tracks, panels, and supporting framework. For stadiums with fixed roofs, the drone captures the exterior surface, drainage systems, and any rooftop mechanical equipment.