October 3, 2017 3:00 PM, EDT

Australia Expands Use of Caterpillar’s Self-Driving Truck Technology

Caterpillar Inc.

Self-driving truck technology being developed by Caterpillar Inc. at its Tucson, Ariz., division headquarters will soon be used more extensively by iron ore mines in Australia.

Caterpillar recently announced it would supply the technology to Australia-based Fortescue Metals Group under a recent agreement.

The deal includes retrofitting about 100 Cat and Komatsu trucks and the expansion of the Cat autonomous truck fleet at two operations in the Pilbara region of Western Australia.

“Caterpillar is pleased to build on the success we have had working with Fortescue to implement autonomous mining solutions,” said Jean Savage, Caterpillar vice president who oversees the Surface Mining & Technology Division, headquartered in Tucson, Ariz.

Caterpillar and Fortescue have worked together to integrate autonomous technology since 2013.

“Autonomous haulage technology has been implemented at our Solomon Hub, achieving a 20% improvement in productivity,” said Nev Power, CEO of Fortescue. “We will continue to work together to ensure the next stage successfully builds on the safety, productivity and efficiency gains we have achieved so far.”

In August, the Fortescue autonomous fleet surpassed 400 million tons hauled since it launched the system.

The technology is tested and displayed at Caterpillar’s Tinaja Hills Training Center in Green Valley.

The shovels are operated by workers who cue up an automated dump truck to haul away the debris as another dump truck idles nearby for its turn.

Utilizing 64 lasers in a bulb attached to the trucks, Lidar technology creates a 3D image for the trucks to see anything in their path, explained Sean McGinnis, production manager of Caterpillar’s Mining Technology Enabled Solutions.

Upon arriving at the dump site, the driverless trucks back up to the berm to unload. Once empty, the truck pulls forward while simultaneously lowering the bed — something that a manned truck cannot do because it is jolting to a driver, McGinnis said.

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