Scan to BIM in Dongducheon-si, South Korea

LiDAR to Revit: Existing-Condition Models

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SQ FT LiDAR SCANNED — GLOBAL TOTAL

Scan to BIM in Dongducheon-si converts measured, visible building conditions into an editable Revit model and agreed IFC deliverables. Define the model elements, source data and checking criteria for renovation, design coordination or facilities documentation.

Dongducheon tourism information highlights Soyosan and the Bosan shopping and art-studio district. For an alteration to a shop or studio, the brief can focus on the relationship between street frontage, interior rooms and shared circulation within the particular building.

Shopfront, studio and small commercial interiors

Plan your Dongducheon-si project

For a shop or studio model, list the entrance, frontage, occupied rooms, upper floors and accessible services to be captured. Agree the separation between tenant fit-out and base-building elements, including any stairs or corridors shared with other occupants.

Define the deliverables

Revit RVT model

Select the architectural, structural and visible MEP elements to be modeled. Agree the Revit version, levels, grids, families, naming and required model information before production.

IFC exchange model

Request an agreed exchange model for coordination between BIM tools. Define the IFC version, property requirements and alignment with the native Revit model.

Point-cloud reference

Registered E57 or agreed RCP/RCS data can be included in the scope. Define units, coordinates, segmentation and capture gaps. CAD drawings can be requested alongside the model.

Choose Scan to BIM, Scan to CAD, or both

Project needScan to BIMScan to CAD
Primary outputEditable Revit RVT model and agreed IFC modelAgreed 2D DWG/DXF drawings and PDF sheets
Typical useExisting-condition modeling, renovation design and model coordinationMeasured plans, sections, elevations and fit-out drawing backgrounds
Define before productionModeled elements, LOD, Revit version, coordinates and toleranceDrawing list, layers, units, scales, datum and tolerance

Scan to CAD in Dongducheon-si

From source data to usable files

  1. Confirm the brief

    Share the address, area, floors, intended use and target date. Agree modeled elements, LOD, software version, coordinates, tolerance and exclusions.

  2. Review data or plan capture

    Review existing point clouds for registration, alignment and visible coverage. Where new capture is needed, confirm site access, availability and the capture scope separately.

  3. Build the agreed model

    Model the selected visible or accessible elements in the agreed Revit version. Record gaps and assumptions; do not treat concealed construction as measured geometry.

  4. Check and deliver

    Review the model against source data and agreed acceptance criteria. Deliver the specified native and exchange files with scope notes and recorded limitations.

Explore the RVT Model in 3D

Industrial MEP Sample Load the 12 MB browser preview generated from the RVT model's IFC export.
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RVT source, open web preview. The browser model is a GLB generated from 2,399 IFC product meshes. Download the IFC or RVT source file for authoring workflows.
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Review sample outputs

These general AeroFrohne samples illustrate deliverable types. They are not South Korean project case studies.

Download sample RVT · Download sample IFC · Read the deliverables guide

Project questions

Can I use an existing point cloud for a Dongducheon-si project?

Existing E57 or RCP/RCS data can be reviewed for suitability. Provide the file format, registration information, units, coordinate reference, capture date and coverage. Gaps or alignment issues may require further evidence or additional capture.

Does LOD 200 or LOD 300 specify measurement accuracy?

No. LOD describes the agreed level of model development. The proposal must separately define modeled elements, dimensional tolerance, control, coordinates, software version, exclusions and acceptance criteria.

Which BIM files can be requested?

Depending on the agreed scope, outputs can include a native Revit RVT model, an IFC exchange model and registered E57 or RCP/RCS point-cloud data. Specify required versions, properties and any accompanying CAD drawings before production.

Can concealed or inaccessible elements be modeled?

Scanning records visible, accessible surfaces. Concealed services, wall interiors and spaces outside the scan coverage require other verified evidence or further access. Any assumptions and exclusions must be recorded.

Is field capture available in Dongducheon-si?

Availability is reviewed for the exact address, access conditions, scope and schedule. AeroFrohne is headquartered in Corpus Christi, Texas, USA. A location page does not indicate a staffed local office; capture arrangements, fees and delivery dates are agreed in the proposal.

Prepare your project inquiry

Send the project address, approximate area in m², floors, intended use, available scan data, required files and target date. Include access limits, tolerance, control or coordinate requirements. The proposal defines the accepted scope and deliverables.

Field capture availability is confirmed for the exact address, access conditions, project scope and schedule. AeroFrohne is headquartered in Corpus Christi, Texas, USA; this page does not represent a staffed office in South Korea.

Explore other South Korea locations

Browse project guidance for the selected South Korean cities. Confirm service scope and any field capture arrangements for the actual project address.

South Korea locations

Local context references

Geographic references inform the local project considerations. They do not indicate endorsement or completed AeroFrohne work.