JLG Explores Autonomous Job Sites of Future

McCONNELLSBURG, PA -- JLG Industries, Inc., a manufacturer of mobile elevating work platforms and telehandlers, has detailed its vision for the future of construction, which will be at “connected, coordinated and increasingly autonomous job sites.”

In a new whitepaper entitled “From Access Equipment to Autonomous Work Systems,” JLG outlines how advances in robotics, machine perception, connectivity and cloud-based intelligence are transforming the role of access equipment, from lifting workers to height to actively contributing to task execution.

“Access equipment has traditionally enabled work at height,” said Shashank Bhatia, chief technology officer and global vice president of engineering, JLG. “Today, we’re redefining that role. By integrating robotics and connectivity, we’re creating intelligent systems that not only support work but help perform it.”

The report also explores how automation can help address some of construction’s most pressing challenges, including persistent labor shortages, increasing project complexity and the need for greater productivity. Rather than replacing workers, these technologies are designed to extend skilled labor, reduce physically demanding tasks and improve job site safety.

Key topics covered in the whitepaper include:
•     The evolution from standalone machines to connected job site ecosystems;
•     Real-world applications of robotic systems, including drywall finishing and work-at-height automation;
•     The role of connectivity platforms in enabling machine-to-machine coordination;
•     How automation is reshaping workforce roles and attracting new talent to the industry.

“As job sites become more complex, the need for smart, connected equipment continues to grow,” said Bhatia. “JLG’s vision provides a look at how those technologies can come together to deliver greater efficiency, consistency and visibility across the entire project.”

The whitepaper highlights ongoing innovation, including connected fleet technologies and emerging robotic solutions that enable machines to communicate, coordinate tasks and operate as part of a synchronized workflow.

For more information, go to JLG.com.