A collision avoidance system uses sensors, radars, cameras, and GPS to detect hazards and prevent accidents, especially in environments like mining.
It provides visual and auditory alerts to operators and can automatically apply brakes in critical situations. Key components include obstacle detection, real-time tracking, and emergency response features.
Collision avoidance systems in mining enhance safety by reducing accidents, increase efficiency by minimizing downtime, and lower costs through reduced equipment damage.
They also improve operator awareness with real-time data and support compliance with safety regulations (Kumar, 2024).
Collision avoidance systems generate customizable reports to meet the needs of various mining departments.
These reports provide key data for evaluating KPIs, helping identify risk-prone vehicles or operators who may need retraining.
Both operational and management teams can use this information for improved decision-making(“Collision Avoidance System for Haul Trucks, Auxiliary and Light Vehicles,” n.d.).
Beyond just preventing accidents, Collision Avoidance Systems generate crucial data for management. How does real-time CAS reporting help identify high-risk areas or operators for retraining, thus optimizing site safety protocols? Let’s discuss!
Reference:
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Collision Avoidance System for Haul Trucks, Auxiliary and Light Vehicles. (n.d.). Mining Technology. Retrieved October 21, 2025, from https://www.mining-technology.com/products/cas-vehicle/
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Kumar, P. (2024, June 27). How Does a Collision Avoidance System Work in Mining Operations? Starkenn. https://www.starkenn.com/blog/how-collision-avoidance-system-works-in-mining
