Sarcos Robotics[1], maker of human-driven, dexterous robots for industries like construction and infrastructure inspection, just announced the formation of an Exoskeleton Technical Advisory Group (X-TAG).
The group will include executives from leading companies across industries like industrial manufacturing, automotive, aviation & aerospace, construction, oil & gas, and utilities, suggesting a diverse range of potential applications for Sarcos's industrial exoskeleton technology.
I've written before[2] about how smart Sarcos has been positioning itself next to established industry partners.
The group's goals include identifying key performance and safety requirements necessary to bring big honkin robot suits to the workforce.
This is significant because exoskeleton technology is one of those categories that's been making headlines for a few years now but still hasn't broken out in a big way.
Companies like Ekso Bionics[3], along with a slew of followers, started out making exoskeleton devices for the rehab market. But it's clear that industry is where the money is, and there's been a shift recently to equip industrial workers with assistive devices to relieve strain associated with repetitive motions.
Ekso, for example, has been expanding its focus to include light industrial applications with devices like the EksoVest, a system that relieves up to 15 pounds of pressure on a user's shoulders and neck when they raise their arms overhead.
Ford is testing the ExoVest in one of its factories in hopes it can prevent injury and help improve worker output.
Sarcos is an outlier in that it's entering the exoskeleton market with industrial applications squarely in its crosshairs. It seems to have no plans to apply its technology to healthcare or mobility, which other developers have found are difficult markets to crack.
Sarcos has developed two exoskeletons under