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Predictive maintenance is a data-hungry endeavor, but traditional data collection methods can be prohibitively expensive. Agile mobile robots offer a more efficient and economic solution.

Radiation mapping is crucial in the nuclear industry. Spot’s autonomy, agility, and ability to perform in high-radiation environments make it a reliable solution.

Launching Stretch, our autonomous warehouse robot, at MODEX 2022, we found consistent themes about the state of warehouse automation and material handling.

Boston Dynamics is adding features and capabilities to the Spot platform; these improvements include hardware upgrades and an expanded payload ecosystem.

As robots are more commonly deployed, they require sensors like cameras, LiDAR and gas sensors, to see the environment around them.

How resilient is Spot to radiation? Recent testing revealed that Spot can absorb 413 rem of gamma radiation without system failures.

Legged robots like Spot are supporting innovative research and education with easy mobility and out of the box functionality.

Reliable asset condition monitoring is key for effective AI-based predictive maintenance. Learn how to but get the right data at the right time.

Researchers consider many factors when selecting a robot, but the most important factor is that the robot enables these teams to prioritize the research.

Spot’s robust, flexible API and advanced mobility make it a powerful platform to unlock the operational data you really need.

As supply chain disruption causes delays and shortages, automated container unloading can help with bottlenecks, while creating safer working conditions.

Companies are turning to AI to advance their digital transformation. Dynamic sensing accelerates that transformation by bringing the sensors to the assets.