Texas A&M University Student Housing

When Texas A&M University initiated a transition in building management for one of its largest student housing complexes, they needed a comprehensive, objective record of every facade and rooftop. The assessment would serve as the definitive baseline: documenting the exact condition of every exterior surface at the moment responsibility changed hands.

Zero/Six Consulting engaged Little Bird AI to deliver the data capture for all three multi-story buildings across the 10.1-acre site. The scope included high-resolution facade scans of every building, a full-site 3D photogrammetric model, and radiometric thermal roof imagery for each structure.

The challenge was location. The housing complex sits directly beneath the approach path for Easterwood Airport, College Station's primary airport serving commercial and military traffic. Every flight required coordination not just with the FAA, but with live air traffic control operations. Little Bird AI spent six weeks building the authorization framework before the first flight, coordinating across four separate agencies: the Texas A&M University Office of Risk Management, Texas A&M University Police Department, FAA LAANC, and Easterwood Airport air traffic control.

Over three consecutive days, Little Bird AI executed systematic facade scans of all three buildings using the DJI Mavic 3 Enterprise at approximately 20-foot standoff distances, achieving 0.06 in/px resolution capable of resolving individual sealant joints, fastener conditions, and hairline surface anomalies. All flights were conducted under a 120-foot altitude ceiling while monitoring flight radar and ATC radio, with aircraft operating in close proximity throughout each day.

After the final day of facade capture, Little Bird AI returned after dark to conduct radiometric thermal scans of every rooftop using the DJI Mavic 3T. Nighttime capture was a deliberate technical decision: after a full day of solar loading, the buildings' thermal mass creates maximum contrast between properly performing roof assemblies and areas with moisture intrusion, insulation deficiencies, or membrane failures.

The result: 41 flights, over 13,000 images, and 8 hours 34 minutes of total flight time across four days, producing a complete digital record of every exterior surface. All data was processed and delivered through DroneDeploy as an uninterpreted, raw-processed dataset for Zero/Six Consulting's independent assessment.