1st November 2018: In the wind energy sector, the usual way to inspect wind turbines is to send a five-person team up each tower. The technicians use ropes and harnesses to make their way up and down the blades, which could be from 40 to 80 meters long. They visually inspect each one while dangling as high as 100 meters above the ground. Given that these are obviously windy conditions, it’s a dangerous activity prone to accidents.

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The resolution of the drone’s vision system is so fine that a fly is captured resting on one blade

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Clobotics completes $30MM capital raise to fund continued acceleration of business results

Shanghai/Seattle/Denmark – Clobotics announced today that the company has completed its Series Pre-B-4 capital raise and received an additional $30 million of investment towards its goal of “turning sight into insight” for customers in the wind and retail point of sale industries. Clobotics uses computer vision technology to help customers in two industry verticals: For […]

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Clobotics Sets New Offshore Leading Edge Repair Records with Sparrow Robot

Clobotics Wind Services has achieved two new offshore performance records with its Sparrow leading-edge (LE) repair robot during a recent commercial campaign. The results mark a significant step forward in robotic wind turbine blade maintenance. Working across 29 blades in just six days, the Sparrow team achieved: These achievements build on the company’s earlier milestones from […]

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Clobotics Wind Services Announces Leadership Transition in EMEA

Today marks an important transition for the Clobotics Wind Services EMEA business. Mads Obling Rasmussen steps down after 5 years as CEO and Kim Lorentzen takes over. Clobotics today announced a leadership change for its Wind EMEA organisation, with Mads Obling Rasmussen stepping down as CEO after five years leading the business through significant expansion, innovation, and commercial […]

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Clobotics Wind Services Announces Its New Clobotics Crawler™ Robot

Purpose-built for visually inspecting the inside of wind turbine blades Clobotics Wind Services announces availability of its Clobotics Crawler™ (code named KIWI) robot – a device purpose-built for safely, rapidly and cost-effectively documenting the internal condition of wind turbine blades. The device features two high resolution, high dynamic range (HDR) cameras, LED lighting, and a […]

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Announcing Clobotics IBIS™ 4.8

New release improves speed, cost and quality of external visual blade inspections Clobotics Wind Services is now shipping the latest version of its autonomous drone-based inspection system. The 4.8 release of Clobotics IBIS™ leverages the newly released Sony ILX-LR1 commercial camera, along with numerous mechanical and software improvements to deliver a state-of-the-art combination of speed, […]

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