RADIN AG Premium Estimator · v14

Scan-to-BIM Project Configurator

Fast executive estimate with clean IPX-style UX and RADIN AG technical logic.

1
Main Scope
Choose the main service scope.
Entire BuildingInterior + exterior.
Interior OnlyInterior architecture + MEP.
Facade OnlyExterior facade scope.
2
Object Type
Select the project category.
ApartmentSmall interior.
House / VillaResidential.
Residential BuildingMulti-unit.
CommercialOffice / retail.
HotelHotel / apartments.
IndustrialFactory / hall.
Heritage / ReligiousHistoric / church.
Stadium / ComplexLarge facility.
3
Deliverables
What should RADIN AG deliver?
Scan OnlyRegistered cloud.
Scan + 2DDWG/PDF.
Scan + 3DBIM model.
Scan + 2D + 3DFull package.
4
Technical Data
Minimal technical settings. MEP and facade are selected in Main Scope.
5
Add-ons
Optional project enhancements.
LGSX / Panorama ViewerViewer package and panorama navigation.
Drone / UAV SupplementRoof, inaccessible zones, orthophoto or UAV LiDAR.
GeoreferencingControl points and coordinate system connection.
FM Ready BIM DataAsset data for maintenance workflows.
RADIN AG · Client Guide

Technical Guidelines, Methodology & Professional Responsibility

Clear explanation of what is included, how Scan-to-BIM projects are delivered, LOD/LOA standards, MEP/facade scope and project limitations.

Why RADIN AG?
Licensed geodetic company
Laser scanning and point cloud specialists
Scan-to-BIM / CAD / Revit workflow
Internal QA/QC procedure
Documented project workflow
International project experience
BIM, CAD and point cloud specialists
Final technical verification before delivery
Professional Liability Insurance

All RADIN AG projects are covered by professional liability insurance.

Every RADIN AG project includes professional responsibility coverage as part of our standard delivery approach. This provides additional protection for clients and confirms our commitment to controlled, documented and responsible project delivery.

Coverage applies within the agreed project scope, contractual deliverables, tolerances and documented requirements. It does not cover elements outside the agreed scope, hidden elements that could not be captured, design decisions by third parties, or changes requested after final delivery unless separately agreed.

Project Workflow
1Technical review / scope confirmation
2Site survey and access planning
3Laser scanning / UAV supplement if required
4Point cloud registration
5Registration QA/QC and processing
62D / BIM / CAD production
7Internal technical review
8Final export and delivery
Scan-to-BIM Methodology
Laser Scanning
On-site capture with terrestrial laser scanning and, where required, UAV / LiDAR supplement.
Registration
Combining scans into a controlled point cloud with internal quality checks.
Point Cloud Processing
Cleaning, structuring and exporting point cloud data in agreed formats.
BIM / CAD Production
Modeling or drafting based on visible and measurable point cloud geometry.
QA/QC Review
Internal check of alignment, visible geometry, agreed scope and deliverable consistency.
Final Delivery
Export in agreed formats such as E57, RCP/RCS, DWG, PDF, RVT, IFC or other agreed deliverables.
Point Cloud Deliverables
E57
Neutral point cloud exchange format for most point cloud workflows.
RCP / RCS
Autodesk-compatible point cloud format for Revit, AutoCAD and Recap workflows.
LGSX / Viewer
Optional viewer package for easier navigation through the project.
Panoramas
Optional panoramic images for visual review and orientation.
LOD — Level of Development
Basic Model
Main volumes, walls, slabs, openings and simplified geometry.
LOD 200
Generalized geometry suitable for planning, concept review and early coordination.
LOD 300
Standard as-built BIM level recommended for most Scan-to-BIM projects.
LOD 350
Enhanced detail, additional coordination and more complex element interpretation.
LOA — Level of Accuracy
LOA 20
Approx. ±25 mm. Suitable for general documentation and less demanding as-built workflows.
LOA 30
Approx. ±15 mm. Recommended standard for most Scan-to-BIM and as-built deliverables.
LOA 40
Approx. ±5 mm. Special scope for high-accuracy zones, fabrication support or control tasks.
Important
Accuracy depends on scan quality, visibility, access, target/control strategy and agreed project scope.
MEP Scope Classification
No MEP
Installations are not modeled or drafted, except where they are part of basic architectural visibility.
Residential MEP
Radiators, AC units, sockets, switches, basic lighting and visible residential systems.
Commercial MEP
HVAC ducts, ventilation, sprinklers, cable trays, lighting systems and visible technical elements.
Industrial MEP
Process piping, pipe racks, machinery interfaces, technical rooms and dense industrial systems.
Facade Scope Classification
Basic Facade
Main facade surfaces, openings, simple geometry and basic facade documentation.
Detailed Facade
Profiles, railings, cornices, material changes, facade elements and higher-detail interpretation.
Heritage Facade
Ornamentation, historic details, religious structures, irregular geometry and manual interpretation.
Important
Facade complexity depends on visibility, access, scanning position, ornaments and level of required interpretation.
What Is Included In Every Project
Professional liability insurance
Internal QA/QC review
Technical verification workflow
Documented delivery process
Registered point cloud where scanning is included
Final delivery review
Traceable project records
Priority correction procedure for confirmed scope-related issues
What Is Not Included Unless Specifically Agreed
✕ Structural calculations
✕ MEP design
✕ Shop drawings / fabrication drawings
✕ Destructive investigation
✕ Hidden elements not visible in scan data
✕ Unlimited revisions
✕ Responsibility for third-party design decisions
✕ Modeling elements outside agreed scope
Commercial Terms
50% advance payment
50% upon delivery
Final fixed-price proposal after technical review
Delivery schedule confirmed after project review
RADIN AG premium calculator v14.5
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