Lidar
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Introduction. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut et massa mi. Aliquam in hendrerit urna. Pellentesque sit amet sapien fringilla, mattis ligula consectetur, ultrices mauris. Maecenas vitae mattis tellus. Nullam quis imperdiet augue. Vestibulum auctor ornare leo, non suscipit magna interdum eu.
ReefCat ASV
A World-Class Bespoke Autonomous Maritime Solution
Pipar designed a custom 3 m vessel for AIMS, capable of performing data collection and survey tasks autonomously in tough ocean conditions on the Great Barrier Reef. Customisable with a variety of scientific payloads, ReefCat represents a step-change in the capabilities of autonomous vessels in enhancing science while de-risking personnel.
Robotic Ordnance Inerting
A World-First Robotic Inerting Capability
This cutting-edge robotic system provides a semi-automated and remote operating capability for inerting explosive ordnance. The facility reduces the need for a human operator to remove explosive material using high-pressure water jets. Instead, the operator supervises and controls the system from a safe location 1.5 km away, with the result a dramatic improvement in safety and efficiency.
Saraji Train Load Out Automation
A Best-In-Class Train Load Out Automation Solution
Pipar's Train Load Out automation system at Saraji utilises multi-beam lidars alongside traditional industrial automation sensors to provide a reliable, performant loading system capable of operating unsupervised. This system pushes the limits of "old-school" clamshell train loading, maximising wagon volumes while increasing payload accuracy and minimising spillage.
WICET Dump Station Automation
Raising the Bar with Lidar-Driven Train Unloading Systems
Wiggins Island Coal Export Terminal (WICET) had disparate systems all struggling to provide reliable train tracking and identification. Pipar automated the system from the ground up, installing cutting-edge 3D lidar sensors to create a single, unified source of train tracking and identification. The result: a fully autonomous system controlling triggers, feeders, and the wagon vibrator from one reliable data source, reducing delays and eliminating manual intervention.
Caval Ridge Reclaimer Automation
Unlocking the Full Potential of Yard Machines
Following Pipar’s upgrade of the train load out automation system at the Caval Ridge Mine (CVM) it became clear that the outloading bottleneck had shifted to its product reclaimer. Through the addition of 3D lidars, a digital twin-based control system was deployed which has effectively removed reclaim delays. This upgrade has taken the reclaimer from a heavily supervised yard machine to a reliable autonomous workhorse.
Caval Ridge Bridge Overheight Detection
Advanced Road Safety Utilising 3D Lidar
Following a critical bridge strike in 2024, Pipar delivered a purpose built overheight vehicle detection system for the Peak Downs Highway underpass at Caval Ridge Mine. Using long-range 3D lidar sensors and real time vehicle profiling, the system provides a two-stage early warning and final alarm to prevent overheight vehicles from reaching the bridge. The solution has proved itself by preventing any further bridge strikes, which has significantly improved road safety in the Caval Ridge region.