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Autonomous Mobility
ExR-2 and ANYmal (our quadrupedal robot) deliver actionable insights anytime and anywhere, autonomously navigating complex and challenging environments as versatile data collection and analysis vehicles.
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Safety & Efficiency at Scale
Distinguished from manual inspections or stationary sensors, our robot solutions offer comprehensive facility coverage in a scalable, safe, and cost-effective manner, removing limitations and ensuring thorough monitoring.
Available Industrial Inspection Robots
The ANYmal Autonomous Legged Robot, developed by ANYbotics, is an innovative and versatile robotic solution designed to tackle complex tasks in various industries.
ANYmal exhibits exceptional agility and mobility, allowing it to navigate challenging terrains and environments with ease. Equipped with a suite of sensors and powerful onboard computing capabilities, ANYmal autonomously collects valuable data and performs a range of applications, including inspection, monitoring, and data analysis.
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The ANYmal Ex-Proof Inspection Robot, developed by ANYbotics, is a cutting-edge robotic solution specifically designed for hazardous environments. Built to meet strict safety standards, this robot is explosion-proof, ensuring its reliability in volatile conditions.
Equipped with advanced sensing and inspection capabilities, ANYmal Ex-Proof autonomously performs critical inspections, data collection, and monitoring tasks, reducing human exposure to risks. By providing remote access to hazardous areas, ANYmal Ex-Proof enhances safety, improves efficiency, and enables cost-effective operations.
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The ExR-2 Robot offers a comprehensive package encompassing fugitive emissions, emergency response capabilities, unmanned facilities management, digitalization, and remote availability of experts.
The ExR-2 is designed to be fully autonomous and for this, the robot has a powerful LiDAR and a AI/ML computer unit on board. The LiDAR robot has situational awareness of its environment and with the additional computer power the robot can autonomously navigate a complex environment.