Production Training - Documentation - 3D Scaning Training

3D Scanning Technology: LIDAR and Immersive Experiences

Tools like Matterport and DocuSketch leverage advanced technologies to create their 3D models. At the core of many of these systems is LIDAR (LIght Detection And Ranging). LIDAR uses laser pulses to measure distances to surrounding objects, creating a dense cloud of data points that represent the environment's geometry. This data is then processed to generate a highly accurate 3D model.

These platforms go beyond simple data capture. They create immersive virtual walkthroughs, allowing reviewers to navigate the property as if they were physically present. This "virtual tour" experience provides a comprehensive understanding of the space, far exceeding the limitations of traditional photographs or videos.

Using 3D Scans at Key Project Stages:

Initial Project Documentation:

• • Upon starting a project, a 3D scan captures the property's pre-existing condition. This serves as a baseline for documenting damage, identifying pre-existing issues, and providing an objective record for insurance claims.

  • This initial scan helps to accurately document how the loss affected the property.

Post-Demolition/Dry-out/Remediation:

• • After demolition, dry-out, or remediation is complete, another 3D scan documents the progress. This provides visual evidence of the work performed, confirms the removal of damaged materials, and demonstrates the completion of specific project phases.

  • This scan allows for a visual confirmation that the property is ready for the next phase of the project.

Enhanced Estimating and Building Component Understanding:

• • The precise measurements and detailed spatial data from 3D scans enable more accurate estimates. Contractors can use the models to determine material quantities, assess structural integrity, and plan repairs with greater precision.

  • By virtually exploring the building, estimators and project managers can gain a deeper understanding of the building's components, including framing, plumbing, electrical, and HVAC systems. This helps to identify potential challenges and ensure that all necessary repairs are addressed.

Benefits of 3D Scanning:

Improved Accuracy: LIDAR-based scans provide precise measurements and detailed spatial data.

Enhanced Communication: Virtual walkthroughs facilitate clear communication among stakeholders, including clients, insurers, and contractors.

Reduced On-Site Visits: Remote access to 3D models minimizes the need for repeated site visits, saving time and resources.

Comprehensive Documentation: 3D scans provide a complete and objective record of the property's condition at various project stages.

Streamlined Estimating: Accurate measurements and detailed building component understanding lead to more precise estimates.

Reduced Disputes: The objective nature of 3D scans helps to prevent disputes and ensure transparency.