TL;DR: Northern Kentucky is under two hours from our Powell, Ohio headquarters; Lexington ~3 hours and Louisville ~3.5 — all single-day mobilizations with no flights or freight. ±5mm laser scanning and scan-to-BIM statewide.
Kentucky coverage starts at the river: Covington, Newport, and the Northern Kentucky industrial corridor are the same trip as Cincinnati — under two hours. Lexington runs about three, Louisville three and a half; both are single-day mobilizations, with western Kentucky scheduled as blocks.
The state's project mix is unusually distinctive: the national air-freight logistics complexes, bourbon production and rickhouse infrastructure expanding across the region, heavyweight automotive manufacturing, Big South campuses, and historic downtown stock from Louisville's cast-iron blocks to courthouse-square county seats.
Logistics and production facilities lead demand — freight hubs, distribution rings, bourbon and food plants where documentation must happen around live throughput. Rickhouses and production buildings are working assets; non-disruptive ±5mm capture is the only kind their operators can accept.
The historic side runs deep: cast-iron Main Street architecture, 19th-century courthouse squares, and campus buildings needing renovation baselines and preservation-grade records — all environments where drawings are folklore and the scan is the first honest measurement in a century.
Published case studies closest to the work Kentucky projects ask for.
Most of the buildings worth scanning are full of people or production. Mobile LiDAR handles that reality: capture happens at walking pace with no tripods blocking corridors and no areas roped off, so offices stay open, patients stay in beds, and lines keep running. We have scanned an occupied hospital wing overnight and live industrial plants between shifts — disruption is a scoping problem, and it is solvable.
Occupancy does shape the plan: off-hours windows, phased capture by floor or department, and coordination with facility and safety staff all get set before the first scan. The result is documentation of the building as it actually operates — which is exactly the condition your project has to work around.
Scan-to-BIM is a two-stage process: capture, then modeling. Field capture produces the registered point cloud; our modelers then build a native Revit model directly against that cloud — walls, structure, and MEP as real Revit families with accurate geometry, at the Level of Development your scope specifies. At LOD 300, model faces hold ±10mm to the registered cloud, and the accuracy report documents it.
Timeline-wise, a typical 100,000 square foot building runs 10–15 business days to LOD 200 and 3–5 weeks to LOD 300 after capture. Because capture is a single site visit, the building's occupants barely notice the project that ends with their facility fully modeled.
Common questions about 3D laser scanning in Kentucky
Every service below is available in this market — same crew, same equipment, same QA.