Tower & mast inspection
Close-range visual and thermal of telecom towers, masts, and antennas. No climber, no traffic-stop, no rigging.
Wind turbines, telecom towers, industrial chimneys, large-scale machinery, and building exteriors. All inspected without rope access, scaffolding, or human risk.
Continuous infrastructure inspections across towers, bridges, turbines, and industrial structures. Audit-grade documentation, no climbing crews, monthly cadence at scale.
Cost-effective autonomous drones fly inspection paths designed to comprehensively cover the asset. Live HD video reaches desktops, tablets, or mobile devices over 4G/5G with minimal latency. Operators, facility managers, auditors, and inspection experts assess assets remotely from every angle. That eliminates human risk and dramatically increases inspection frequency.
Close-range visual and thermal of telecom towers, masts, and antennas. No climber, no traffic-stop, no rigging.
Underside, abutment, deck, and bearing close-up. Photogrammetric record archived against every inspection.
Roof membrane, cladding, and facade-element inspection without rope access or scaffold mobilization.
Leading-edge, trailing-edge, and tip close-up of each blade. Lightning-strike damage trended cycle to cycle.
Internal and external close-range inspection of stacks and chimneys with tip-mounted optical and thermal payloads.
Radiometric scan to detect refractory wear, hot spots, and shell cracking, all without taking the asset offline.
Right-of-way sweeps along buried and surface pipelines. Spots third-party digging, vegetation overgrowth, ground subsidence, and methane plumes. Acoustic sensor hits along the route can dispatch a node-launched verification flight within minutes.
Close-range visual and radiometric coverage of transformer banks, busbar terminations, switchgear cabinets, and disconnect contacts. Ground crews stay outside the fence while every energised component gets a thermal frame.
For asset portfolios within 10km of an Aerion node. Multi-customer infrastructure economics. Standard mission cadence. Faster onboarding. Coverage activates without site deployment.
Dedicated node at your facility for high-value asset portfolios requiring priority access, custom mission profiles, or multi-flight daily thermal cycles. 8-12 week deployment.
Detects crack initiation, paint-cracking patterns, and fatigue indications across structural elements. Stable defect IDs across recurring inspections.
Coating wear, spalling, and corrosion staining versus reference baseline. Flags surfaces approaching the next maintenance interval.
Missing or loose bolts and fasteners on flange connections, structural plates, and tower-segment joints.
Insulation breach, refractory wear, and hot-bearing signatures from radiometric thermal imagery.
Lightning-strike damage, leading-edge erosion, and tip wear tracked across each turbine inspection cycle.
Stack and chimney refractory thinning detected via thermal contrast and visual diff against historical scans.
Compares transformer-bushing, busbar-joint, and switchgear-contact temperatures against phase-balanced neighbours. Surfaces loose connections and overloaded conductors before they fault.
Listens to fibre-acoustic and ground-sensor feeds along pipeline corridors. On a qualifying event signature, picks the nearest node and launches a verification sortie before a human operator has to triage the alarm.
Tartu, Estonia operates the EU's only fully-operational U-space regulatory sandbox. Aerion operates inside this framework. That compresses BVLOS approval cycles that take 12-24 months elsewhere in Europe to weeks for our customers.
We're accepting design partners and pilot customers for 2026-2027 deployments. Tell us about your facility, fleet, corridor, or operation.
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