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10
Scan to BIM

Logistics 

Reality capture and as-built modelling for a 72,000 m² logistics and distribution hub at Jurong.

/Overview
Logistics Hub
SCAN 0%
ClientLogistics Operator
LocationSingapore
Year2022
Area72,000 m²
LODLOD 300
DisciplinesStructure, MEP, Mezzanine Systems, Dock Equipment

Logistics 

A logistics operator expanding an existing distribution hub needed an accurate as-built record of the facility prior to a phased refurbishment programme. We captured the entire site using a combination of terrestrial laser scanning and UAV photogrammetry, producing a registered point cloud accurate to sub-centimetre tolerance across the full footprint.

From the combined capture dataset we authored an as-built Revit model at LOD 300 covering the structural frame, mezzanine systems, dock equipment, and existing MEP distribution. The model was used directly by the fit-out contractor to plan the first refurbishment phase without any additional site visits.

Reality CaptureScan to BIM
/Why They Needed Help

Where 

01

No Reliable As-Built Record

Years of incremental fit-out and equipment changes had left the original drawings unreliable for planning a structured refurbishment.

02

Operational Facility Couldn't Stop

The distribution hub operated 24/7, so any capture approach had to work around live operations without disrupting throughput.

03

Phased Refurbishment Needed a Stable Baseline

Three refurbishment phases were planned over two years — they all needed to design against the same accurate as-built baseline.

04

UAV Access Was Needed for Roof Structures

High-bay roof structure and rooflights couldn't be reached by terrestrial scanning alone, requiring an integrated aerial capture strategy.

/Scope of Work

Where 

Reality CaptureScan to BIM
01
Terrestrial Laser Scanning
02
UAV Photogrammetry
03
Point Cloud Registration
04
As-Built Modelling (LOD 300)
/Key Project Challenges

What 

CH.01

24/7 Operational Constraints

All scanning had to be scheduled around active logistics operations, with no access to live storage aisles during peak hours.

CH.02

High-Bay Roof Access

Roof structures up to 18 m above floor level required UAV capture to supplement terrestrial scanning coverage.

CH.03

Integrated Dataset Registration

Terrestrial and UAV datasets had to be registered into a single coherent point cloud without any accuracy loss at the join.

CH.04

Phased Refurbishment Sequencing

The as-built model had to support three sequential refurbishment phases, requiring element-level attribution flexible enough for each phase's scope.

/Execution Strategy

How 

Capture in Operational Windows

Scanning was scheduled around logistics shift patterns, covering high-traffic aisles in off-peak windows and low-traffic areas during operational hours.

01
02

Integrate Terrestrial and UAV

Terrestrial and UAV datasets were registered against a common site control network and merged into a single coherent point cloud before modelling began.

Model to Phase Boundaries

The as-built model was structured with element attribution aligned to each refurbishment phase's scope, so each phase's design team could isolate their area without reworking the model.

03
04

Retain the Archive

The full registered scan dataset was retained as a permanent as-built record for the facility, available for future phases not yet in scope.

/Solution Delivered

What 

Layer 01

Integrated Point Cloud

Combined terrestrial and UAV capture registered to a site control network, delivered in RCP and E57 formats.

Layer 02

As-Built Revit Model

LOD 300 structural, MEP, and mezzanine model derived from the integrated point cloud.

Layer 03

Roof Structure Model

High-bay roof structure and rooflight positions captured via UAV and modelled into the as-built package.

Layer 04

Deviation Report

Dimensional deviation analysis against original design drawings flagging all discrepancies relevant to refurbishment planning.

01
04
/Business Impact

What 

0Facility captured in one mobilisation
0Registration accuracy across the full site
0Additional site visits required for phase 1 design
0Refurbishment phases supported from one baseline
/Tools Used

What 

L
Leica RTC360Laser Scanning
D
DJI Matrice (UAV)Aerial Capture
R
Autodesk RevitBIM Authoring
R
Recap ProPoint Cloud Processing
/Client Testimonial

We had three refurbishment phases to plan and nothing reliable to design against. Neutec's scan gave every phase the same accurate baseline — and we never had to send anyone back to site.

Head of Facilities

Logistics Operator

/Case Studies

Proof 

Data Centre Operator

Dubai, UAE · 2024

Data Centre

60%

RFI reduction vs portfolio average

2,400+

Clashes resolved pre-construction

5

Disciplines federated into one model

Federated BIM at LOD 400 for a tier-three hyperscale data centre in the Dubai Investment Park.

Manufacturing Firm

Pune, India · 2024

Industrial Facility

100%

Site captured in a single 3-day mobilisation

<1cm

Point cloud registration accuracy

0

Return site visits required

Point-cloud capture and as-built modelling for a 45,000 m² brownfield manufacturing plant.

Commercial Developer

London, UK · 2023

Commercial Tower

5

Project stages carried through one federated model

100%

COBie asset data delivered at handover

Live

BMS integration achieved from as-built model

Virtual design and construction programme for a 22-storey City of London office development.

Mixed-Use Developer

Singapore · 2023

Mixed-Use Development

18%

Cooling load reduction vs baseline

6

Atrium massing options simulated

LOD 350

Coordinated MEP model delivered clash-free

Computational fluid dynamics analysis and full MEP design for a mixed-use podium block in Marina Bay.

Financial Services Firm

Mumbai, India · 2023

Corporate HQ

18 wks

Concept to construction-issue

<40

Residual clashes across the building

100%

Design phases run in one shared model

Integrated MEP design and BIM coordination for a 14,000 m² corporate headquarters in BKC.

Real Estate Investment Group

Doha, Qatar · 2022

Mixed-Use Complex

5

Extension massing options evaluated

0

Tenant disruption during capture

Lawson

Criteria compliance achieved at podium level

Post-occupancy scan programme and wind comfort analysis for an existing mixed-use complex in West Bay.

Airport Authority

Riyadh, Saudi Arabia · 2024

Airport Terminal

3,800+

Clashes resolved pre-construction

7

MEP disciplines federated

62,000 m²

Terminal area coordinated

Full MEP coordination and BIM management for a new international terminal expansion at King Khalid Airport.

Healthcare Trust

Toronto, Canada · 2023

Hospital Complex

<60

Residual clashes at construction issue

7

Floors coordinated in one federated model

100%

HTM 03-01 HVAC compliance

Full MEP design and BIM coordination for a 320-bed acute care hospital expansion in downtown Toronto.

Residential Developer

Abu Dhabi, UAE · 2024

Residential Towers

51,000 m²

Twin-tower area coordinated

LOD 400

Delivered across both towers

0

Cross-tower coordination conflicts at issue

Federated architectural and MEP modelling for a twin-tower residential development on Abu Dhabi's Corniche.

University Estates

Manchester, UK · 2023

University Campus

100%

FM system import success at handover

LOD 500

As-built model delivered and verified

0

Manual asset entries required post-handover

BIM management and digital twin delivery for a new STEM faculty building on a live university campus.

Hospitality Group

Dubai, UAE · 2022

Hotel Tower

<30

Residual clashes at construction issue

420

Rooms coordinated to LOD 400

9 mo

Concept to construction issue

Integrated MEP design and BIM coordination for a 420-key luxury hotel tower in Dubai Marina.

Technology Firm

Bangalore, India · 2023

Tech Campus

38,000 m²

Campus gross area

LOD 350

Model fidelity

3

Buildings coordinated

Full MEP design and BIM coordination for a three-building technology campus in the Electronic City corridor.

Sports Authority

Cape Town, South Africa · 2023

Stadium

3,100+

Clashes resolved pre-construction

42,000

Seat capacity

LOD 400

Model fidelity

MEP coordination and clash detection for a 42,000-seat multi-purpose stadium in the Cape Winelands.

/FAQ

Questions 

LET'S MODEL THE BUILT WORLD ·LET'S MODEL THE BUILT WORLD ·LET'S MODEL THE BUILT WORLD ·LET'S MODEL THE BUILT WORLD ·LET'S MODEL THE BUILT WORLD ·LET'S MODEL THE BUILT WORLD ·

Have 

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