Deere unveils precision construction suite

Precision agriculture has been a concept present in the farming sector for a while now, and has made significant leaps and bounds in recent years to aid farmers in making more informed decisions on farm to increase efficiency.

John Deere has been at the forefront of the precision ag movement and is now expanding its scope into the construction sector with its new Precision Construction product.

Its Precision Construction suite of technology solutions has been designed to maximise uptime and deliver increased productivity for operators, and aligns with the brand’s overarching strategic direction to provide intelligent, connected machines and applications that help unlock increased value.

“Since the beginning, delivering innovative solutions to our customers has been a core focus for John Deere, and the Precision Construction portfolio is taking that commitment to the next level,” said John Deere technology solutions manager, Andrew Kahler.

“In recent years, we’ve unveiled an array of technology solutions that directly address our customers’ concerns on the job site. Now, we’re building on that foundation, pushing down on the gas pedal, and moving the industry toward the next generation of smart machine solutions.”

With Precision Construction, the existing John Deere technology portfolio is restructured to make it easier for customers to select solutions that help them resolve pain points on the job site.

The products now sit under four focused pillars - Connected Support™, Grade Management, Payload Weighing and JDLink™ Telematics. This restructure allows customers to identify and incorporate technology solutions based on their unique needs, John Deere said.

Moving forward, John Deere will add to the capabilities in these core areas while also carving a path for new introductions that further support the automation-to-autonomy journey.

To learn more about Precision Construction, as well as the full portfolio of John Deere technology innovations, visit JohnDeere.com.