Compare a drone inspection against traditional access methods — scaffolding, elevated work platforms (EWP) or rope access. Enter your structure details and see indicative time savings, downtime avoided and working-at-heights exposure eliminated.
Traditional inspection access — scaffolding erection, elevated work platforms, rope access teams or road closures — often takes longer to set up than the inspection itself. A CASA-certified drone inspection captures high-resolution visual and thermal data of roofs, bridges, telecommunications towers, stacks, facades and solar farms in hours instead of days, with no working-at-heights permits, no confined space entry and no disruption to operations underneath.
Every hour a person spends on a roof, under a bridge soffit or on ropes is measurable WHS exposure. Drone inspections remove people from height entirely for the data-capture phase, which is why utilities, councils and industrial facility owners across Australia increasingly specify UAV inspection as the default first pass, reserving physical access for verified defects that need touch-testing or repair.
For visual and thermal condition data, modern drones capture sub-millimetre resolution imagery that often exceeds what an inspector can see from an EWP. Physical access is still used where touch-testing, material sampling or NDT is required — typically targeted at defects the drone has already located.
Usually not. Most drone inspections proceed while a facility stays operational, with exclusion zones managed under the CASA-certified operator's procedures. This is a major advantage over scaffolding or crane-based access.
Roofs, bridges, towers, stacks, facades, dams, solar farms, powerlines and any structure where access is difficult, dangerous or disruptive. Confined space drones also inspect tanks, culverts and pipelines internally.
Our team delivers standards-aligned condition assessments, drone inspections and NDT across Australia.