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WindClimb Maintenance Robot Deployed in Norway: Inspecting Turbine Blades at 200 Meters Without Shutdown

Norwegian robotics company Scout Drone's WindClimb robot completes first commercial deployment at Norway's Hywind floating wind farm, autonomously detecting and repairing turbine blade damage at 200-meter heights.

Norwegian robotics company Scout Drone announced on May 28, 2029 that its WindClimb high-altitude wind maintenance robot completed its first commercial deployment at the Hywind floating wind farm in the North Sea. WindClimb autonomously crawls along turbine blades at 200-meter heights, using ultrasonic probes to detect micro-cracks inside blades and injecting repair resin on-site when damage is found.

Turbine blade maintenance has long been a pain point for the wind industry. Traditional methods require suspended platforms to lift inspectors to altitude, with work windows limited by wind speed (typically below 10 m/s), and each maintenance requiring 2-3 days of shutdown. WindClimb operates in winds up to 15 m/s without requiring turbine shutdown.

During its first commercial deployment at Hywind, WindClimb completed full blade inspection of 12 eight-megawatt turbines within one week, discovering 3 internal cracks previously undetected by manual inspection. Scout Drone says WindClimb's per-inspection cost is just 30% of manual methods, with plans to enter the UK and German offshore wind markets by end of 2029.