DJI Matrice 350 RTK

TRSC uses the DJI Matrice 350 RTK on facade and roof inspection engagements where access to the asset surface is restricted by height, scaffolding cost or operational constraint. The Zenmuse H30T payload is the standard TRSC selection — the visible-spectrum imagery supports facade defect mapping (spalling, cracking, sealant degradation, panel-anchorage condition), the thermal channel identifies moisture ingress and delamination zones invisible to visible inspection, and the laser rangefinder provides accurate distance-to-target for measurement of defect geometry. The Zenmuse L2 LiDAR payload is added on engagements requiring a 3D point cloud of the entire facade or roof — typical scope for adaptive-reuse projects requiring an as-built model of the building envelope. Operational notes: TRSC drone operations are conducted under CASA regulations by appropriately licensed personnel (RePL holders for sub-25 kg operations); flight planning includes airspace clearance, exclusion-zone enforcement on occupied buildings, and weather window analysis (wind speeds above ~10 m/s degrade image quality and ~12 m/s is the operational ceiling for the Matrice 350); battery management is critical on long-elevation surveys where limited landing zones constrain the operation. Recent deployment includes Q1 Tower spire facade audits where rope-access is the conventional method but drone inspection significantly reduces the time-to-coverage of upper-elevation zones. The combination of high-resolution visible imagery and thermal channel from the Zenmuse H30T also supports rapid post-disaster damage triage — TRSC's typical post-cyclone response sequence is a single drone-led overview survey of the asset envelope within 48 hours of safe-to-fly clearance, with rope-access targeted to the specific zones the drone survey identifies, materially reducing exposure of personnel to ongoing structural risk.