Floor plans and ceiling plans
Choose the levels, room outlines, openings and visible ceiling features to be drawn. Define plan cut heights, dimensions, labels and the treatment of overhead items.
Scan to CAD in Gwangju-si, South Korea
LiDAR to DWG: Existing-Condition Drawings
0
SQ FT LiDAR SCANNED — GLOBAL TOTAL
Scan to CAD in Gwangju-si converts suitable registered laser-scan or LiDAR point-cloud data into agreed 2D drawings. Specify floor plans, reflected ceiling plans, elevations or sections as DWG, DXF and PDF deliverables.
This page concerns Gwangju-si in Gyeonggi-do, not Gwangju Metropolitan City. Municipal visitor information includes Namhansanseong, Gyeongan Marsh and Gonjiam, so a project brief should name the exact property and distinguish built structures from surrounding landscape or heritage settings.
Building records across Gyeonggi Gwangju’s varied settings
Plan your Gwangju-si project
For CAD drawings, list each structure and the plans, external elevations and sections needed to show changes in level. Separate the surveyed building extent from unmeasured grounds and identify any existing records used to supplement the scan.
Define the deliverables
Elevations and sections
Specify the internal or external views and section cuts required by the design team. Agree the datum, extents and detail, and identify surfaces outside the measured coverage.
DWG, DXF and PDF files
Request editable CAD files and review sheets within the agreed scope. Supply drawing layers, units, scales, title blocks, sheet sizes and the required CAD file version.
Choose Scan to BIM, Scan to CAD, or both
| Project need | Scan to BIM | Scan to CAD |
|---|---|---|
| Primary output | Editable Revit RVT model and agreed IFC model | Agreed 2D DWG/DXF drawings and PDF sheets |
| Typical use | Existing-condition modeling, renovation design and model coordination | Measured plans, sections, elevations and fit-out drawing backgrounds |
| Define before production | Modeled elements, LOD, Revit version, coordinates and tolerance | Drawing list, layers, units, scales, datum and tolerance |
From source data to usable files
Confirm the drawing brief
Share the address, area, floors, drawing list and intended use. Agree units, scales, layers, datum, tolerance, sheet templates and exclusions.
Review data or plan capture
Check the suitability of existing scan data, including registration and coverage. Any additional field capture is subject to access, availability and an agreed scope.
Produce the drawings
Draw the selected plans, elevations and sections using the agreed conventions. Identify inaccessible areas and distinguish measured features from supplied information.
Check and deliver
Review the drawings against source data and acceptance criteria. Package the agreed DWG, DXF and PDF files with drawing notes, gaps and assumptions.
Review sample outputs
These general AeroFrohne samples illustrate deliverable types. They are not South Korean project case studies.
Project questions
Can I use an existing point cloud for a Gwangju-si drawing package?
Existing E57 or RCP/RCS data can be reviewed for suitability. Provide registration details, units, coordinates, capture date and visible coverage. Incomplete or misaligned data may require additional information or capture before drawing production.
How is CAD drawing accuracy specified?
Agree dimensional tolerance, datum, coordinates, measured coverage and acceptance criteria before production. Source-data quality and checking requirements must be reviewed. BIM LOD labels do not define the accuracy of CAD drawings.
Which CAD deliverables can I request?
Select floor plans, reflected ceiling plans, elevations and sections as needed, with agreed DWG, DXF and PDF outputs. Define layers, units, scales, title blocks and file versions. Reflected ceiling plans are drawings, distinct from RCP/RCS point-cloud files.
Will the drawings show hidden services or blocked spaces?
Only visible, accessible conditions supported by the source data can be drawn as measured features. Hidden services and blocked areas need separate verified information or further access. The drawing notes should identify gaps, assumptions and exclusions.
Is site scanning available in Gwangju-si?
Field capture is subject to confirmation for the exact address, access conditions, scope and schedule. AeroFrohne is headquartered in Corpus Christi, Texas, USA. This page does not represent a staffed local office; fees, capture arrangements and delivery dates are agreed for each project.
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.
Anyang-siGyeonggi-doBucheon-siGyeonggi-doDongducheon-siGyeonggi-doGimpo-siGyeonggi-doGoyang-siGyeonggi-doGuri-siGyeonggi-doGwacheon-siGyeonggi-doGwangmyeong-siGyeonggi-doGunpo-siGyeonggi-doHanam-siGyeonggi-doIncheonSouth KoreaNamyangju-siGyeonggi-doPaju-siGyeonggi-doPocheon-siGyeonggi-doSeoulSouth KoreaSeongnam-siGyeonggi-doSiheung-siGyeonggi-doUijeongbu-siGyeonggi-doUiwang-siGyeonggi-doYangju-siGyeonggi-do
Local context references
Geographic references inform the local project considerations. They do not indicate endorsement or completed AeroFrohne work.