High-resolution aerial inspection and surveying of building façades, roofs, and hard-to-access areas, delivering detailed defect mapping without the cost and risk of scaffolding or EWP access.

Traditional façade and roof inspections require scaffolding, boom lifts, or rope access — all of which come with cost, time, and safety implications. Drone technology has evolved to the point where it's not just a faster alternative — it's a superior inspection method for many applications.
At Atomic Projects, our Drone Inspection & Surveying service combines aviation-grade drones with specialist camera systems capable of up to 48MP still images and 4K/6K video, along with thermal imaging for moisture detection. This enables detailed condition surveys on façades, roofs, and elevated building elements without disruptive access works.
We manage all CASA notification and airspace authorisation requirements as part of our service. Depending on proximity to airports or controlled airspace, a CASA Remote Pilot Licence (RePL) and a flight plan may be required. We handle these obligations on your behalf and will advise if any restrictions apply to your building's location before confirming the inspection date.
For many initial investigations, yes. Drone inspection can survey the full exterior, identify defect locations, and prioritise areas for closer investigation — significantly reducing the number of rope access drops needed. However, for detailed condition assessment requiring physical contact (e.g., adhesion testing, paint thickness measurement, sealant sampling), some rope access will still be necessary. We often use both in combination to optimise cost.
With high-resolution zoom optics, drones can identify cracked render, failed sealant joints, rust staining, spalling concrete, delaminating cladding panels, loose fixings, and membrane blistering. Thermal cameras add the ability to detect moisture trapped within wall assemblies or insulation. Defects smaller than approximately 2–3mm may require confirmation by rope access, but most structural and waterproofing failures are visible at drone resolution.
Drone inspections require wind speeds below approximately 25–35 km/h (drone and lens dependent), no rain, and adequate visibility. Thermal imaging is most effective at dawn or in cooler conditions when temperature differentials are highest. We monitor weather forecasts and will reschedule if conditions are unsuitable to ensure both safety and image quality.
We aim to deliver annotated image packs and a written defect summary within 3–5 business days of the inspection, depending on building size and report complexity. For urgent insurance or post-storm assessments, expedited turnaround can be arranged.
Send photos, the engineer's report, or just the symptoms — whatever you've got. A registered builder reads it and calls you back. No call centre, no obligation.