Geomatics Services in British Columbia:
3D scanning, LiDAR, drone mapping & BIM deliverables.
ARTOP Geomatics supports demanding projects across British Columbia with premium reality capture, technical survey deliverables, point clouds, Scan to BIM, aerial LiDAR, drone mapping and 3D documentation for buildings, infrastructure, industrial sites, terrain and corridors.
Precise capture, structured deliverables and technical support for projects that need fewer assumptions and stronger control over existing conditions.
& designers
teams
& infrastructure
& large sites
A precise digital foundation for projects across BC.
British Columbia projects often combine dense urban environments, active industrial sites, mountainous terrain, coastal constraints, remote access, transportation corridors and fast-moving construction schedules. Reliable geomatics data helps teams reduce uncertainty before design, construction or asset decisions are made.
ARTOP Geomatics provides reality capture and technical geomatics deliverables that help architects, engineers, contractors, owners, municipalities, developers and industrial teams work from verified existing conditions instead of outdated drawings or incomplete field notes.
Our work supports 3D laser scanning, LiDAR surveys, drone mapping, aerial LiDAR, point cloud processing, Scan to BIM, 3D modeling, as-built documentation, infrastructure mapping, volumetric reporting and topographic data capture.
View ARTOP’s full geomatics, 3D scanning and BIM service portfolio
Specialized services for buildings, terrain, infrastructure and complex assets.
This central British Columbia service hub connects the main ARTOP capabilities clients typically need before design, construction, inspection, asset management or documentation.
3D Laser Scanning in British Columbia
High-density terrestrial laser scanning for buildings, interiors, façades, industrial rooms, heritage assets and complex existing conditions.
Explore 3D laser scanning →Scan to BIM in British Columbia
Conversion of registered point clouds into Revit, IFC, 2D plans, elevations, sections and BIM-ready documentation.
Explore Scan to BIM →3D Modeling Services in British Columbia
Technical 3D modeling from field data, point clouds, images or project documentation for coordination, visualization and decision support.
Explore 3D modeling →Drone Surveys in British Columbia
Drone mapping for construction sites, terrain, large properties, stockpiles, corridors and visual site documentation.
Explore drone surveys →Aerial LiDAR in British Columbia
LiDAR capture for terrain, corridors, forestry interfaces, mines, quarries, infrastructure routes and hard-to-access areas.
Explore aerial LiDAR →Point Cloud Processing in British Columbia
Registration, cleaning, structuring, segmentation, exports and preparation of point clouds for downstream design and analysis.
Explore point cloud processing →Topographic Data Capture in British Columbia
Technical topographic data capture and terrain deliverables for design support, surface modeling and site documentation.
Explore topographic deliverables →As-Built Surveys in British Columbia
Structured documentation of what exists on site for renovation, handover, asset management, claims support and coordination.
Explore as-built surveys →Volumetric Surveys in British Columbia
Volume calculations for stockpiles, quarries, mines, earthworks, storage areas and construction progress documentation.
Explore volumetric surveys →Floor Flatness Analysis in British Columbia
High-resolution surface documentation and slab analysis for warehouses, industrial floors, tolerance checks and technical reporting.
Explore floor flatness →Industrial Reality Capture in British Columbia
Capture of industrial environments, plants, utilities, mechanical areas and technical assets with minimal disruption to operations.
Explore industrial capture →Infrastructure Mapping in British Columbia
Reality capture and mapping support for transportation corridors, bridges, roads, utilities, municipal infrastructure and complex linear assets.
Explore infrastructure mapping →More than a scan: a controlled workflow from capture to usable deliverables.
The value of geomatics is not only the sensor used on site. It is the way the mandate is scoped, captured, registered, controlled, structured and delivered to match the client’s real use.
Fit-for-purpose accuracy
We match the acquisition method to the site, deliverables, tolerance expectations and downstream use, instead of treating every project the same way.
Fast field capture
Reality capture can document large amounts of information quickly, reducing on-site disruption and limiting the need for repeated field visits.
Safer documentation
Laser scanning, mobile mapping and drone capture can reduce direct exposure to active roads, heights, restricted zones or operational industrial environments.
Dense, reusable coverage
A well-planned point cloud captures more than isolated measurements, creating a durable record that can support design, coordination and future needs.
Deliverables that teams can use
We structure outputs for design, engineering, construction, BIM, GIS, inspection, maintenance and asset management workflows.
Reduced rework risk
Better capture planning helps prevent missing elevations, inaccessible areas, incomplete site context or geometry gaps that can slow design teams later.
Built for the sectors that rely on accurate existing-condition data.
From dense urban redevelopment to large infrastructure corridors and industrial operations, ARTOP’s services support teams that need clear, measurable and structured data.
Architecture
Existing-condition scans, façades, interiors, elevations, plans, heritage documentation and renovation support.
Engineering
Technical base data for structural, civil, mechanical, industrial and multidisciplinary studies.
Construction
Progress documentation, as-built verification, surface checks, logistics planning and coordination support.
Infrastructure
Roads, bridges, corridors, municipal assets, utilities, transit interfaces and complex linear environments.
Industrial facilities
Plants, manufacturing areas, process environments, mechanical rooms, utilities and operational assets.
Ports & logistics
Warehouses, yards, docks, storage areas, circulation zones and asset documentation.
Mining & quarries
Stockpiles, volumes, terrain, access roads, pit areas, extraction sites and large outdoor operations.
Municipalities
Infrastructure inventories, public buildings, parks, roads, utilities corridors and technical mapping support.
Real estate development
Site documentation, due diligence, building records, redevelopment support and concept-stage inputs.
Heritage buildings
High-density documentation of complex geometry, façades, ornaments and historical assets.
Energy & utilities
Capture of technical corridors, plants, stations, access zones and hard-to-document infrastructure.
Airports & transportation
Operational environments, pavement areas, corridors and facilities where safety and planning are critical.
Deliverables designed for direct use by your project team.
A scan is only valuable when the output fits the workflow. We prepare deliverables according to the project use case, software environment, level of detail and decision-making need.
- Registered and cleaned point clouds
- E57, LAS, LAZ, RCP, RCS, XYZ and PTS files
- 2D plans, elevations, sections and profiles
- Orthophotos and metric image deliverables
- Digital terrain models and surface outputs
- Classified or segmented point cloud data
- Revit RVT and IFC BIM models
- Volumetric reports and as-built documentation
Clean, organized outputs that reduce ambiguity for downstream users.
Point clouds and drawings that support architecture, engineering and BIM workflows.
Deliverables prepared according to the client’s software, scope and intended use.
Reality data that can remain valuable for asset management and future phases.
From field capture to usable geometry, plans, BIM, volumes, profiles and as-built documentation.
A controlled process from project scoping to client handover.
Every British Columbia project has its own access constraints, terrain, schedule, safety requirements and deliverable expectations. Our method is built to reduce blind spots before they become expensive design or construction issues.
Project scoping
We clarify the site, purpose, output formats, schedule, constraints and expected use of the data.
Acquisition strategy
We choose the right combination of terrestrial scanning, mobile mapping, drone capture, LiDAR and photogrammetry.
Field capture
Data is collected with a focus on coverage, safety, access, control needs and downstream deliverables.
Registration & georeferencing
Scans, images and datasets are aligned and structured according to the project requirements.
Quality control
We review coverage, consistency, alignment and data usability before production continues.
Deliverables production
Point clouds, plans, BIM, orthophotos, models, profiles or reports are prepared for the client’s workflow.
Client handover
We deliver the data with clear context so your team understands what is included and how to use it.
Coverage for urban, coastal, interior, northern and corridor-based projects.
ARTOP supports British Columbia projects where accurate data is needed for design, construction, documentation, mapping, inspection or asset management. Project feasibility depends on scope, access, schedule, weather, local constraints and deliverables.
Metro Vancouver & Fraser Valley
Dense urban sites, industrial buildings, redevelopment projects, warehouses, infrastructure interfaces and transportation corridors.
Vancouver Island & coastal BC
Buildings, ports, coastal assets, heritage sites, institutional facilities, terrain, sites with access constraints and project documentation needs.
Okanagan, Interior & Northern BC
Large sites, terrain, quarries, mines, industrial areas, road corridors, energy assets and infrastructure documentation.
A more complete way to document existing conditions.
Traditional field methods remain useful, but many building, industrial, infrastructure and terrain projects benefit from a richer digital record that can be reused across several project phases.
Traditional documentation alone
- Often focused on selected points or isolated measurements.
- Can require additional site visits if information is missing.
- May depend heavily on existing drawings or manual notes.
- Can be slower or riskier in active, complex or hard-to-access areas.
Reality capture with LiDAR, scanning and drones
- Captures dense geometry and visual context at scale.
- Creates a reusable digital record of existing conditions.
- Supports BIM, 2D plans, volume calculations and technical analysis.
- Improves coordination between owners, designers, engineers and contractors.
Useful official resources for BC and Canadian geospatial projects.
These references can support project teams working with geospatial data, drone operations, BIM, open standards and mapping resources in British Columbia and Canada.
Questions about geomatics, 3D scanning, LiDAR and drone mapping in British Columbia.
What geomatics services does ARTOP provide in British Columbia?
ARTOP provides 3D laser scanning, LiDAR surveys, drone mapping, aerial LiDAR, Scan to BIM, 3D modeling, point cloud processing, topographic data capture, as-built documentation, volumetric surveys and infrastructure documentation for demanding projects across British Columbia.
Do you provide 3D laser scanning in Vancouver and across BC?
Yes. ARTOP supports projects in Vancouver and across British Columbia, including Surrey, Burnaby, Richmond, Victoria, Kelowna, Kamloops, Nanaimo, Prince George and other communities depending on scope, access, schedule and deliverables.
What is the difference between LiDAR, 3D scanning and photogrammetry?
LiDAR uses laser pulses to measure distances and generate point clouds. 3D laser scanning is a LiDAR-based method commonly used for buildings, industrial sites and as-built documentation. Photogrammetry reconstructs geometry from images and is useful for orthophotos and visual context. They can be combined when both precise geometry and rich visual information are needed.
Can you provide Scan to BIM deliverables from a point cloud?
Yes. A registered point cloud can be converted into Revit models, IFC files, 2D plans, elevations, sections and BIM deliverables adapted to the project’s expected level of detail and intended use.
Do you provide drone mapping and aerial LiDAR in British Columbia?
Yes. Drone mapping and aerial LiDAR can be used for terrain, corridors, construction sites, quarries, mines, industrial properties and large sites where rapid coverage, safety and access are important. Drone operations must be planned according to Canadian RPAS rules and local site constraints.
What files can clients receive after a LiDAR or 3D scanning project?
Depending on the mandate, deliverables can include E57, LAS, LAZ, RCP, RCS, XYZ, PTS, DWG, DXF, PDF, Revit RVT, IFC, orthophotos, 2D plans, elevations, sections, profiles, digital terrain models, classified point clouds, BIM models, volumetric reports and as-built documentation.
Can ARTOP work on industrial, infrastructure and construction sites?
Yes. ARTOP supports industrial sites, infrastructure assets, transportation corridors, construction projects, ports, warehouses, commercial buildings, institutional facilities, energy assets and utility environments where structured existing-condition data is needed.
How fast can a 3D scanning or drone survey project be completed?
The schedule depends on site size, access, safety requirements, weather, deliverables, processing scope and required coordination. A smaller building or site can often be captured quickly, while large corridors, industrial sites or BIM-heavy deliverables require more planning and production time.
Do you work outside Vancouver?
Yes. ARTOP supports projects throughout British Columbia, including Metro Vancouver, the Fraser Valley, Vancouver Island, the Okanagan, the Interior, Northern BC and the Sea-to-Sky region.
What information is needed to request a quote?
The most useful information includes the address or area of interest, approximate size, number of floors or site extent, access constraints, deadline, expected deliverables, available drawings or site photos, coordinate requirements if applicable, and the intended use of the data.
Need 3D scanning, LiDAR, drone mapping or BIM deliverables in British Columbia?
Send us the project location, site type, approximate size, expected deliverables and timeline. We will help identify the most appropriate capture strategy and deliverable package for your project.
Tell us what needs to be captured.
This form creates a structured request so our team can qualify your project faster.