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 across 40+ countries and a dataset that makes every future inspection smarter.
Wind Customers
See It In Action
FAQ
Clobotics runs a five-stage AI pipeline on every inspection image: blade classification, blade segmentation, then defect recognition using sliding-window parallel analysis. The blade classification model achieves 99% accuracy, segmentation 98% accuracy, and defect recall exceeds 95% overall — with major-defect recall above 98% and major-defect precision above 80%. In practice, on a 400-image turbine inspection the AI automatically clears roughly 240 images as defect-free, reducing human review time from 1.5 hours per turbine to 25 minutes.
Accuracy in defect detection is a data problem as much as a technology problem. Clobotics has conducted blade inspections across 40+ countries — building one of the largest real-world blade defect datasets in the industry. Every completed inspection is archived into a data lake that feeds continuous model retraining on a PDCA loop. The result is a model that improves with every campaign, not one trained on a static dataset and left unchanged.
Most inspection vendors cover external blade surfaces only. Clobotics inspects the full blade: IBIS drones capture the exterior at sub-millimeter resolution (avg 0.66mm/pixel, best case 0.25mm/pixel); the Kiwi robot crawls inside the blade for internal structural defect detection; and Hummingbird performs lightning protection resistance testing — all three data streams are cross-referenced on the IRIS platform to give a complete internal-external blade health picture. No other vendor offers all three in a single integrated workflow.
Join leading wind operators using Clobotics to automate inspection, reduce risk, and extend blade life.
