From “Crawling” to “Working”: Unveiling the Mechanical Compensation for Counteracting Moments in Climbing Robots

Close-up of Jingtao Energy climbing robot's magnetic adsorption structure designed to resist counteracting moment.

In the field of industrial anti-corrosion and maintenance, climbing robots are evolving. They are no longer just “moving cameras”; instead, they are becoming true “high-altitude engineers.” For asset managers in wind power, petrochemicals, and shipping, there is one core question. When a robot works inside an 80-meter tower or a risky storage tank, will it be “shaken […]