Drone surveying Wiesbaden

In Wiesbaden the clearance lead time is a cost factor in its own right: because almost every flight requires a dual registration – with the public-order authority and the Erbenheim air traffic office – we cost this coordination effort separately from the flight itself. On top of that come object size, scope and the data product you need; a single villa roof in Sonnenberg is calculated differently from a hall roof in the Kalle-Albert industrial park with point cloud and CAD export. You receive a transparent fixed-price quote based on the work involved – we deliberately avoid flat rates because they rarely do justice to Wiesbaden's clearance situation.

Both are possible. From Nierstein, Wiesbaden is a short drive across the Rhine – we come on site, fly ourselves and deliver the finished model, including the dual coordination with the city and the airfield. If you – for example as a surveying or planning office – already have your own drone imagery from the city area, simply upload it: that way the Erbenheim coordination also drops away for you, and we create the same checked data product from it.

In Wiesbaden almost always, because nearly the entire urban area lies within the Class D airspace of the US Army Airfield Erbenheim. Every flight is therefore coordinated with the city's public-order authority and the airfield's air traffic office; in the south the Frankfurt environs are added. We handle these registrations with the necessary lead time of several business days – you do not have to deal with it yourself.

The models are georeferenced and measurable. For heritage-conscious as-built surveys of Wiesbaden's historicist stock – stucco façades, cornices, articulated villa roofs – we work on request with ground control points or RTK/PPK to increase positional and detail accuracy. The achievable accuracy depends on the object, flight altitude and method; every dataset is manually checked for accuracy before delivery.

Measurable 3D model, georeferenced orthophoto, area in m², point cloud (LAS/LAZ/E57), CAD export (DXF/DWG), 3D mesh (OBJ/GLB), BIM model (IFC) as well as volume, mass and shading analysis. We deliver in the target format of your software – PV*SOL, AutoCAD, Revit, ArchiCAD or QGIS.

Yes. Especially for the large hall roofs in the Kalle-Albert industrial park, in Nordenstadt or Erbenheim, and for existing roofs across the city, we deliver the real roof geometry including shading analysis. Solar installers and PV planners import the data directly into the PV*SOL workflow for layout and yield planning.