RCT boosts mine safety with remote shutdown technology
New installations at McArthur River Mine enhance emergency response and reduce bulldozer risk in challenging operating conditions
Safety innovation is gaining momentum at McArthur River Mine MRM with RCT successfully expanding the rollout of its Remote Shutdown System to an additional five bulldozers.
The move marks a significant step forward in reducing risk and improving emergency response across one of the world’s largest zinc and lead mining operations.
Operating heavy machinery in dynamic and unpredictable environments is a daily reality at MRM. Recognising the dangers associated with emergency situations involving large equipment in the mine committed to trailing RCT’s Remote Shutdown System to enable rapid remote intervention when every second counts.
“Bulldozers and graders are among the most difficult pieces of mining equipment to mount and dismount safely” said RCT’s Mt Isa Branch Manager Danny Ballard.
“In an emergency reaching the operator can be extremely dangerous, especially if the machine is still running. That’s where our remote shutdown system makes a critical difference allowing personnel to safely bring the machine to a stop without direct contact.”
Addressing industry wide safety challenges
Bulldozer related incidents remain a pressing concern across the mining industry. In Queensland alone, 19 bulldozer rollovers were reported between 2022 and 2023 many occurring during routine tasks such as floor clean ups and rehabilitation work.
These incidents underline the unpredictable nature of operating heavy machinery even in seemingly controlled conditions.
“With the industry continuing to see bulldozer related incidents, it’s vital that we equip operators and sites with technology that reduce risk and improve control,” Ballard said.
RCT’s Remote Shutdown System is designed to do exactly that. The robust and secure solution allows nearby personnel to manually shut down machinery in emergency situations, particularly if an operator is incapacitated or in distress without placing themselves in harm’s way.
“It’s about stopping a dangerous situation from escalating, and this system allows emergency intervention without putting others at risk” Ballard said.
“It should be a standard safety feature on all bulldozers and graders,” he added.
Flexible technology for modern mine sites
One of the system’s standout advantages is its OEM agnostic design meaning it can be installed on any make or model of machine. This flexibility gives mine operators greater control over how safety technology is implemented across diverse fleets.
In addition to the Remote Shutdown System, RCT offers a comprehensive range of safety and automation solutions tailored specifically for bulldozers. These include protection systems for ladder controllers and advanced tele remote and autonomous dozing capabilities, further strengthening site wide safety frameworks.
According to Ballard this marks the first time RCT’s Mt Isa branch has installed the Remote Shutdown System at nearby mine sites, but demand is expected to grow rapidly.
“With the kind of safety improvements this product offers it’s clear these installations are going to be in demand across many more mine sites” he said.
A team effort behind the success
The successful installation at McArthur River Mine was also credited to the expertise and professionalism of the people involved. RCT technician Jake Saliba, who led the fit out, received strong praise from Glencore site personnel.
“Jake’s conduct and performance on site were a key reason the job continued smoothly,” said Ballard.
“His work was well received by the team, and the feedback has been overwhelmingly positive.”
Looking ahead
While the current rollout focuses on bulldozers, RCT sees strong potential to extend the technology to other high risk equipment including excavators. As the mining industry continues to priorities of safety and automation, solutions like the Remote Shutdown System are set to play an increasingly vital role in protecting both operators and site personnel.




