We are based in Draper, Utah and primarily serve the Wasatch Front and Wasatch Back. We also work throughout the Intermountain West for clients with regional or multi-facility documentation needs.

For larger projects, phased documentation, or portfolio-wide capture efforts, we regularly travel to support consistent data standards and deliverables across multiple sites.

Accuracy depends on the capture method, site conditions, and project requirements. We tailor accuracy specifications to each project rather than applying a one-size-fits-all approach.

Handheld mobile scanning typically achieves approximately 1 inch accuracy at up to 300 feet, with higher accuracy in close-range interior environments. Static terrestrial laser scanning can achieve up to 1/8 inch accuracy for engineering-critical applications. Photogrammetry typically delivers 1 to 2.5 inch horizontal accuracy and 1 to 4 inch vertical accuracy, depending on flight parameters, ground control, and RTK or PPK integration.

We define accuracy targets during project scoping to ensure deliverables align with your design, coordination, or construction use case.

For a detailed breakdown of how each method works and when to use it, see When Georeferencing Matters and Accuracy Reference in the XGRIDS Pro Guide.

No. We provide dimensional documentation and reality capture data for design, coordination, and construction planning purposes only. We do not perform licensed land surveying or certify legal measurements.

All spatial data, point clouds, and volumetric outputs are intended for informational use to support project decision-making, not boundary determination or legal surveys.

Both technologies have distinct strengths, and many projects benefit from using them together.

Photogrammetry provides high-resolution, color-accurate imagery and is ideal for open sites, facades, roofs, and large exterior environments. It excels at producing orthophotos, textured meshes, and visually rich 3D models.

LiDAR performs better in dense vegetation, low-light conditions, and complex interior spaces. It produces highly precise point clouds and captures geometry where photogrammetry may struggle.

We evaluate site conditions, accuracy needs, deliverables, and schedule to recommend the most effective capture method or hybrid approach.

We provide flexible data security options based on your project requirements and internal policies.

Data can be processed and stored entirely on-premise with no mandatory cloud exposure. For collaborative workflows, we use encrypted Autodesk Docs hosting with strict access controls, permission management, and version tracking.

You retain full ownership of your data at all times.

We do both.

When requested, we coordinate directly with project teams through Autodesk Docs, enabling live access, comments, issue tracking, and version control across disciplines. This supports seamless integration from field capture through design and coordination.

For teams that prefer independent workflows, we also deliver structured offline data packages ready for internal review, modeling, or archival.

Item descriptionWe adapt to your BIM Execution Plan and project standards.

Deliverables are provided in the formats your team uses, including Revit, IFC, and Navisworks. We follow your naming conventions, level of development requirements, version control protocols, and collaboration standards to ensure compatibility with your existing workflows.

We focus on delivering clean, usable data aligned with your project phase.

Point clouds and models are trimmed, optimized, and structured to match the required level of accuracy and level of information. We collaborate with your BIM coordinator or model manager to define appropriate LOD and LOI so deliverables support decision-making rather than slow down performance.

That is common, especially early in a project.

We start by understanding your goals, downstream use cases, and constraints. From there, we recommend the appropriate capture methods, accuracy levels, and deliverables. Not every project requires millimeter precision or full model development, and we are deliberate about matching scope to actual needs.

Our goal is to deliver what is meaningful and useful without unnecessary cost or complexity.

All operators are FAA certified for commercial drone operations and OSHA safety trained for construction site safety.

Our team has extensive training in 3D laser scanning, mobile mapping, photogrammetry, and point cloud processing, with a strong understanding of AEC documentation standards and construction workflows. We also partner with experienced modeling professionals when projects require specialized architectural or structural expertise.

Capture timelines depend on site size, access, and scope, but mobile handheld systems allow most building interiors to be captured in under an hour.

When combined with aerial documentation for exteriors and sites, comprehensive coverage is often completed in a single mobilization. Local projects can receive same-day point cloud delivery when schedules require it.

We provide BIM and model deliverables tailored to your workflow and project phase.

Models are developed to the required level of development using LiDAR or photogrammetric data, with a focus on architectural and design-critical elements. Complex or irregular structures receive manual refinement to ensure fidelity, coordination accuracy, and usability.

We prioritize models that support real design and construction decisions, not just visual representation.

3D Gaussian Splatting is an emerging visualization technology that creates smooth, continuous, photorealistic environments from captured point data.

Unlike traditional point cloud visualization, which can appear grainy or pixelated, 3DGS produces immersive, photographic-quality views that are ideal for presentations, stakeholder communication, and spatial understanding. This technology represents the next generation of reality capture visualization and became commercially viable in 2023 and 2024.

For a technical overview of how 3DGS models are produced, see LCC Studio Pipeline Overview in the XGRIDS Pro Guide.

If deliverables do not meet the agreed accuracy or quality standards, we will recapture the site at no cost or provide a full refund.

Our guarantee is straightforward and professional. We stand behind our work and address issues quickly and transparently.

Our mobile capture systems are well suited for occupied and active sites.

We coordinate closely with your team and subcontractors, adapt to access windows, and work to minimize disruption. Advanced processing workflows allow us to remove people, moving objects, and temporary obstructions to deliver clean, unobstructed data suitable for modeling and analysis.

Project timelines vary based on scope and complexity. Standard site scans typically take 1-3 days on-site, with deliverables ready within 5-10 business days. Large or complex projects may require 2-4 weeks. We'll provide a specific timeline during your project consultation.

We offer expedited processing for clients with tight deadlines. Rush deliverables can often be completed within 3-5 business days. Contact us to discuss your timeline and pricing for expedited services.

After on-site scanning, processing typically takes 5-10 business days for standard deliverables (point clouds, 2D drawings). BIM models and custom visualizations may take 2-4 weeks depending on detail level and project scope.

Yes, we maintain flexible scheduling to accommodate urgent needs. Contact us at (801) 824-6162 or info@alpinerealitycapture.com to check availability for expedited scheduling.

Pricing depends on several factors including site size, complexity, required deliverables, and timeline. Projects typically range from $2,000-$15,000+. We provide detailed quotes after understanding your specific needs. Request a project estimate to get pricing for your work.

Key cost factors include:

Site size and accessibility
Scanning complexity (indoor/outdoor/multi-level)
Deliverable types (point clouds, 2D drawings, BIM models, 3D visualizations)
Rush/expedited processing fees
Travel distance from our Draper, UT location

We serve the greater Utah region and surrounding areas. Travel fees may apply for projects outside our local service area. We'll discuss location and any associated costs during your project consultation.

Absolutely. We offer free project consultations and detailed quotes. Submit a project request or call (801) 824-6162 to discuss your scope and receive a customized estimate.

Yes, we offer competitive pricing for clients with multiple projects or ongoing scanning needs. Contact us to discuss volume discounts and partnership opportunities.

We use a range of tools, primarily the Lixel L2 Pro 32/120, a high-precision 3D laser scanner designed for AEC professionals. This equipment delivers industry-leading accuracy and detail for reality capture.

Key specifications:

Accuracy: ±10mm @ 10 meters
Range: Up to 120 meters
Field of View: 360° horizontal, 270° vertical
Point Cloud Density: 32 channels for high-resolution data capture
Data Format: Compatible with all major AEC software (Revit, AutoCAD, Civil 3D, etc.)
Weather Capability: Operates in daylight and adverse weather conditions

We provide multiple industry-standard formats including:
Point clouds (.las, .e57, .xyz, .ply)
2D floor plans and elevations (.dwg, .pdf)
3D models (.rvt for Revit, .ifc, .obj, .fbx)
Custom visualizations and renders
Project reports and documentation

For specifics on how each format is exported and what downstream workflows they support, see Export Formats (LixelStudio) and Export Formats (LCC Studio).

The Lixel L2 Pro 32/120, for instance, delivers sub-centimeter accuracy (±10mm @ 10m), making it suitable for precise as-built documentation, BIM modeling, and quality control applications in AEC projects.

Yes, we operate effectively in both indoor and outdoor environments, including challenging lighting conditions and inclement weather. We can scan buildings, construction sites, infrastructure, and complex facilities.

We specialize in AEC (Architecture, Engineering, Construction) professionals, serving:

Commercial construction and renovation
Healthcare facilities
Educational institutions
Infrastructure documentation
Historic preservation
MEP coordination
Facility management

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