RIEGL VZ-2000i Terrestrial Laser Scanner

TRSC specifies the RIEGL VZ-2000i on engagements where the asset scope or geometry exceeds the practical range envelope of the FARO Focus S350 (350 m) or Leica RTC360 (130 m). Typical applications include long-span bridge inspection where the scanner is positioned at one abutment and must capture the full deck and pier geometry, marine wharf surveys where the scanner cannot be positioned close to all elements, and infrastructure projects where a single scan station must cover hundreds of metres of structure. The principal trade-off is per-station scan time (significantly slower than the RTC360) and equipment cost; the VZ-2000i is therefore reserved for engagements where the range envelope justifies the slower acquisition. Operational notes: the long-range survey discipline differs from short-range building scanning — atmospheric conditions (humidity, dust) materially affect long-range accuracy, target placement at distance is critical, and registration of long-range datasets requires careful target geometry to avoid lever-arm rotation errors. TRSC sub-contracts the VZ-2000i deployment to specialist survey practitioners on engagements where the instrument is required, with TRSC engineering retained for the structural interpretation and reporting of the resulting point cloud. This separation of capture and interpretation maps to typical project commercial structure on long-range LiDAR engagements — the survey practitioner is engaged by the asset owner, contractor or principal engineer for the field-capture deliverable, and TRSC is engaged separately for the structural-engineering scope that uses the point cloud as input. The arrangement keeps the engineering accountability with the RPEQ engineer and the survey accountability with the licensed surveyor, which is the appropriate professional and regulatory split.