Bringing Vaught-Hemingway Stadium to Life
Vaught-Hemingway Stadium, home of the Ole Miss Rebels, is one of the most recognizable venues in college football. Capturing a facility of this scale in precise, photorealistic 3D is no small task. From its massive bowl structure to the surrounding campus environment, every angle presents a new challenge in accuracy, coverage, and detail.
WISPR Systems recently took on that challenge using the SkyScout 2+ drone platform paired with the Sony ILX-LR1 imaging system. The goal: create a fully textured, centimeter-accurate 3D model of the Ole Miss stadium complex that could support real-world planning, visualization, and operational needs.
The result was a complete digital twin processed gNEXT of more than 40 acres of stadium and surrounding infrastructure captured in just two hours.
Fast, Efficient Data Capture
Time matters on projects like this. Traditional large-scale mapping workflows can involve long setup times, battery changes, and operational delays that slow production. The SkyScout 2+ was designed to eliminate those bottlenecks.
Using its hot-swappable battery system, the WISPR team completed seven flight missions continuously with minimal downtime. RTK connectivity was quick and seamless, allowing the crew to spend more time collecting data and less time managing equipment.
Seven missions. Two hours. One complete stadium complex.
High-Resolution Imagery at Scale
The Sony ILX-LR1 imaging system delivered the level of detail required for a true production-ready model. Equipped with a 61-megapixel sensor, the system achieved a ground sample distance of under one centimeter across the entire site.
Over the course of the operation, the team captured approximately 2,200 high-resolution images documenting every section of the venue from seating and signage to rooftop systems, parking areas, and surrounding campus structures.
That dataset was then processed into a fully textured 3D mesh and georeferenced .LAS point cloud suitable for use in CAD, GIS, engineering, visualization, and planning platforms.
A Digital Twin Built for Real-World Use
The final deliverable provides far more than a visual model. It creates a measurable, navigable digital asset that can support a wide range of applications, including:
– Facility renovation and expansion planning
– Structural analysis and engineering workflows
– Virtual tours and fan engagement experiences
– Broadcast and media production
– Emergency preparedness and safety planning
– Long-term archival and historical preservation
Every seat row, structural beam, painted logo, and surrounding building is represented with remarkable clarity and measurable precision.
What This Means for Stadiums and Large Venues
Projects like Ole Miss Stadium demonstrate how quickly advanced aerial mapping technology can now deliver highly detailed digital environments at scale. For stadium operators, architects, engineers, and facilities teams, that means faster access to actionable data without sacrificing quality.
Whether the goal is modernization, visualization, operational planning, or preserving a venue digitally for the future, WISPR Systems provides the tools and expertise to make it happen.
Ready to see your facility in a whole new way?
Contact WISPR Systems to learn more about our aerial mapping and 3D modeling capabilities.
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