206 S Main Street – Greenville, SC

The XGRIDS Lixel L2 Pro was selected for the 206 S Main Street redevelopment project because of its ability to rapidly capture highly accurate existing conditions data in a fast-paced downtown commercial environment. The project involved documenting approximately 90,000–100,000 square feet across a multi-story retail and commercial property in downtown Greenville, South Carolina, requiring a reality capture solution that could deliver speed, mobility, precision, and scalability within an accelerated 15–20 day project schedule. Traditional static laser scanning workflows can be difficult to execute efficiently in active commercial spaces due to extensive setup requirements, slower capture speeds, and increased disruption to ongoing operations. The XGRIDS Lixel L2 Pro provided Quantum Reality Capture (QRC) with a faster and more flexible mobile LiDAR workflow capable of efficiently navigating interior retail spaces, common areas, exterior conditions, and complex building layouts while continuously collecting dense, survey-grade point cloud data. Powered by integrated LiDAR sensors, visual cameras, IMU technology, and AI-driven SLAM processing, the Lixel L2 Pro enabled real-time spatial mapping and fast local processing, significantly reducing post-processing and registration time. This accelerated the transition from field capture to BIM modeling and coordinated documentation deliverables, helping the project team maintain tight redevelopment planning schedules. The lightweight handheld design improved operational efficiency while minimizing disruption to active downtown businesses and surrounding pedestrian traffic. The resulting survey-grade point clouds and LOD 200 Revit models provided DP3 Architects and the City of Greenville with accurate digital documentation to support renovation planning, redevelopment coordination, and future facility management workflows. By leveraging the XGRIDS Lixel L2 Pro, QRC was able to deliver fast, reliable, and scalable reality capture solutions that improved efficiency, reduced uncertainty, and accelerated project decision-making throughout the redevelopment process.

Outdated or incomplete building documentation Time-consuming field verification workflows Limited visibility into existing conditions Coordination challenges between project teams Extended redevelopment planning timelines Multiple return visits for missing field data Operational disruptions in active commercial spaces Increased risk of design conflicts and rework

Traditional documentation methods included manual measurements, outdated as-built drawings, static terrestrial laser scanning, and extensive field verification processes. These workflows often required longer field collection times, multiple scan setups, additional labor hours, and repeated return visits to capture missing information and verify existing conditions.

The implementation of the XGRIDS Lixel L2 Pro provided significant operational and financial advantages throughout the 206 S Main Street LiDAR scanning and Scan-to-BIM project. By utilizing advanced handheld mobile LiDAR technology, Quantum Reality Capture (QRC) was able to dramatically reduce field collection time while improving the speed and efficiency of existing conditions documentation workflows for this large-scale downtown commercial redevelopment project. Compared to traditional terrestrial laser scanning and manual measurement methods, the Lixel L2 Pro enabled faster and more agile data collection across the multi-story retail and commercial facility. The mobile workflow reduced setup requirements and allowed QRC to efficiently capture interior and exterior conditions while minimizing disruption to active businesses, tenants, and surrounding downtown operations. The device’s AI-powered SLAM processing and local computing capabilities accelerated point cloud registration and post-processing, allowing the project team to move from field capture to BIM modeling much faster than conventional workflows. This streamlined process reduced labor hours, minimized costly return visits caused by incomplete field data, and accelerated project delivery timelines. The resulting survey-grade point clouds, LOD 200 Revit models, and coordinated documentation packages improved coordination between architects, engineers, consultants, and stakeholders throughout redevelopment planning workflows. Teams were able to make more informed design decisions earlier in the process while reducing uncertainty and mitigating the risk of costly field conflicts and redesign efforts. From an ROI perspective, the XGRIDS Lixel L2 Pro improved productivity, reduced operational costs, enhanced scalability, and enabled QRC to deliver accurate, high-quality digital documentation faster and more efficiently than traditional workflows. The technology helped support smarter redevelopment planning, improved collaboration, and faster project execution for the City of Greenville and DP3 Architects.

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