01 SAFER
Keep people off height
No rope access, no cherry-pickers, no crawling a live roof. The aircraft goes where it is dangerous or impossible for an inspector to stand, and everyone stays on the ground.
03 Capability
Industrial
inspection.
Comprehensive coverage of large-scale structures and sites, captured from the air with no scaffolding, no rope teams and no shutdown. We fly the asset, find the defects, and hand back geotagged findings and a measurable 3D twin.
Why fly it
Safer, faster and leaner
than sending a crew up.
Traditional inspection means scaffold, rope access and downtime: days of rigging and real risk for partial coverage. A drone removes all three.
02 FASTER
Hours, not weeks
A structure that takes a rope team days to rig and scale is flown in a single autonomous session. No scaffold to erect, no permits to stage. Capture starts the moment we arrive.
03 LEANER
No shutdown, full coverage
Assets stay in production while we fly. Programmed flight lines guarantee every panel, weld and metre of façade is covered the same way, every inspection cycle. Nothing skipped, nothing guessed.
What we inspect
If it's tall, wide
or hard to reach.
The same flight stack covers wildly different assets, from a single rooftop to a transmission corridor stretching over the horizon.
Rooftops & industrial plants
Membrane defects, ponding, blocked drains and rooftop plant, surveyed without a single boot on the deck.
Building façades
Cladding, glazing, sealant and concrete spalling across full elevations, close-range and orthorectified.
Solar farms
Thermal sweeps that flag hot cells, dead strings and diode faults across thousands of modules per flight.
Towers & transmission lines
Antennas, insulators, conductors and steelwork inspected top-to-base with zero climb time.
Bridges & large structures
Undersides, bearings, cables and hard-to-reach spans captured for corrosion and crack mapping.
Stockpiles & yards
Volumetric surveys of material stockpiles and asset audits across sprawling industrial sites.
Method & deliverables
From flight lines
to findings.
One autonomous pass produces visual, thermal and geometric data, then processing turns it into a defect list an engineer can act on and a twin you can measure.
- 01
Autonomous coverage patterns
Programmed flight lines and orbits lock overlap and standoff distance so every surface is captured to spec, and repeatably, cycle after cycle.
- 02
High-resolution visual capture
Sub-millimetre imagery of welds, fasteners, coatings and cracks, close enough to read a serial plate from the air.
- 03
Thermal anomaly detection
Radiometric thermal reveals what the eye cannot: moisture ingress, hot cells, failing connections and heat loss.
- 04
Automated defect & corrosion detection
Computer-vision models triage imagery and surface corrosion, cracks and coating failure for engineer review.
- 05
Geotagged findings
Every defect is pinned to its exact position on the asset, so a crew can walk straight to it months later.
- 06
As-built 3D digital twin
A measurable photogrammetric model of the whole structure. Inspect, measure and compare against past cycles.
Inspection readout
COVERAGE 100% Every surface, every cycle
RESOLUTION sub-mm Read a weld from the air
DOWNTIME 0hr Asset stays in production
TURNAROUND ≤72hr Report + 3D twin delivered
→ ONE FLIGHT · VISUAL + THERMAL + GEOMETRY · GEOTAGGED DEFECT LIST · MEASURABLE AS-BUILT MODEL
Get in the air
Have an asset that's
overdue for a look?
Tell us what you need inspected and how often. We'll scope the flight, the sensors and the deliverables, and get you coverage without the scaffold.
Plan an inspection →