The purpose of this case study is to examine the benefits of HARD-LINE’s TeleOp Auto and TeleOp Assist used on an underground LHD at a Pucobre-owned mine in Copiapó, Chile.
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The purpose of this case study is to examine the benefits of HARD-LINE’s RRC (Radio Remote Control) and Farsight (extended line of sight) technology in its application to an above-ground used-ordnance cleanup project of a military testing field in Calgary, Alberta, completed by Iron Horse Earthworks.
The purpose of this case study is to examine the benefits of HARD-LINE’s TeleOp system as implemented within TVX New Britannia’s underground processes in Snow Lake, Manitoba.
TeleOp is adapted to multiple heavy-duty machines of various makes and models to allow workers to go down to greater depths in the open pit at a copper producer’s open pit pilot project in Chile, 2013.
TeleOp and Radio Remote Control help avoid hazards of sudden floor collapse to front-line workers due to several historic underground mines below the area in Canada’s largest operating open-pit gold mine in Malartic Quebec, 2012.
TeleOp proves an adaptable and flexible safety solution to freezing temperatures and airborne particulates in a storage barn for a leading iron ore producer in Labrador City Newfoundland, 2015.
TeleOp Multi increase productivity safely by allowing operators to control 6 LHDs, a locomotive, and a rockbreaker from a safe and ergonomic environment on the surface at an underground gold mine in Ontario, 2015.
The LP401 effectively removes sand, rock, and trash clogging 5-foot high municipal box culverts via remote-control in Phoenix Arizona, 2019. The low profile of the machine allowed for an average removal rate of 10.5 cubic yards per hour in the confined spaces.
TeleOp and Radio Remote Control (RRC) technology from Hard-Line enables operators to control machinery from remote or remote locations, ensuring safety of the workforce during a military site remediation and decommissioning project in New Mexico, 2012.
TeleOp Auto minimizes operating costs and increases production with minimal human interaction during shift changes and blast cycles by automating the hauling system in a 4.5 km ramp of an underground gold mine in Nevada, 2017.