We Take Care of Your Blades
Every undetected crack costs more to fix tomorrow than today — Clobotics connects autonomous inspection, AI-driven analysis, and robotic repair into one end-to-end blade lifecycle platform.
Our Solutions
Purpose-built hardware and software for every stage of the blade lifecycle — designed and built in-house by Clobotics engineers.
Fully autonomous drone inspection system for onshore and offshore turbines. Completes a full blade inspection in 15 minutes — no crew at height, no turbine downtime. Delivers repeatable, high-resolution evidence across the full external surface with 1mm defect accuracy.
UAV-based lightning receptor resistance measurement system that transforms LPS testing from a labour-intensive rope-access job into a fast, safe, drone-delivered workflow. Performs full-link LPS resistance measurements from receptor to blade root — onshore or offshore.
Advanced crawler system for internal blade inspection. As turbines age, laminate cracks, bondline fractures, and root damage become more common — KIWI detects structural issues before they become costly problems, delivering high-resolution imaging from surface to core.
Not every challenge can be solved by a drone. Clobotics deploys experienced field engineers for on-site inspection, assessment, and repair work — onshore or offshore — tailored to what your assets actually need. From full turbine structural assessments to specialist repair campaigns, our crews bring the same rigour as our technology: precise, documented, and built around your maintenance schedule.
Clobotics SPARROW is a fully autonomous robotic system for leading edge protection (LEP) repair on wind turbine blades — deployed by heavy-lift drone, without the need for rope-access teams or expensive jack-up vessels. In 2023, SPARROW completed the world's first offshore robotic blade repair, setting a new benchmark for what's possible in remote, high-value asset maintenance.
Why Choose Us
We design and develop our own inspection technology, robots, and digital tools specifically for blade inspection and repair — delivering safer operations, consistent quality, and faster execution.
By linking inspection data directly to maintenance planning and repair execution, we help operators move faster from defect identification to completed repairs — reducing downtime and eliminating the gaps between disconnected vendors.
From high-volume onshore campaigns to world-first offshore robotic repairs, Clobotics has operated across EMEA, the Americas, and APAC for over a decade — with 180,000+ blade inspections and a dataset that makes every future inspection smarter.
Wind Customers
See It In Action
FAQ
Clobotics is a blade lifecycle intelligence provider — not just a drone inspection company. Where inspection vendors deliver a report and walk away, Clobotics connects capture, defect classification, repair planning, and digital twin records into a single operating system for blade health. Clobotics was among the first in the industry to build this end-to-end, and the accumulated inspection dataset across thousands of turbines makes defect detection more accurate with every campaign.
IBIS captures consistent, high-resolution imagery across every blade surface on every flight — something manual inspection can't guarantee due to human variability, weather windows, and access constraints. Because every inspection follows the same protocol, defect evolution can be tracked reliably across campaigns. The accumulated dataset Clobotics has built over years of deployment directly improves classification accuracy over time.
IBIS inspects a full turbine in 15 minutes with no crew at height and minimal downtime. Clobotics operates both onshore and offshore and integrates into existing maintenance schedules. Most sites are fully operational within days of mobilization — no lengthy setup, no disruption to energy production.
Join leading wind operators using Clobotics to automate inspection, reduce risk, and extend blade life.
