Radar Technology for Mining and Quarrying Vehicles
smartmicro’s 4D radar solutions help mining and quarry operators increase safety, improve productivity, and enable automation
Mining and quarrying vehicles work in demanding environments. Large haul trucks, loaders, and support vehicles need to move safely through tight pits, narrow haul roads, and busy loading zones, often running around the clock. Dust, fog, vibration, and darkness reduce visibility, raising the risk of collisions and impacting uptime.
Industry Challenges
- Severely limited visibility due to dust, debris, fog, and night operations
- Extremely large vehicle dimensions creating critical blind zones
- High collision risk in pits, haul roads, and loading areas
- Continuous vibration, shock, and harsh operating conditions
- Pressure to increase productivity while maintaining strict safety standards
smartmicro’s advanced 4D/UHD radar sensors deliver reliable detection and tracking for both manually operated and autonomous mining and quarrying vehicles. These radar sensors for heavy equipment identify multiple objects in real time, from as close as 0.1 m up to 180 m, enabling safe maneuvering and collision prevention for mining machinery, even when cameras or LiDAR cannot perform reliably.
smartmicro radar sensors are built for high-vibration, high-impact environments. They deliver consistent performance in harsh weather and low-visibility conditions. With support for automotive safety standards and interfaces like CAN, Ethernet, and ROS/ROS2, these sensors integrate easily into mining fleets, improving safety and enabling automation.
Radar Applications in Mining & Quarrying
smartmicro radar delivers robust 360-degree radar-based perception, supporting safety-critical functions across the entire vehicle.
Front Applications
- Forward Collision Warning (FCW) – Detect vehicles, machinery, and obstacles ahead through dust and debris
- Collision Avoidance (CA) – Assist operators and autonomous systems in preventing frontal impacts
- Automatic Emergency Braking (AEB) – Initiate braking automatically when collision risk becomes critical
- Adaptive Cruise Control (ACC) – Maintain safe following distances on haul roads
- Front Cross Traffic Alert (FCTA) – Detect crossing vehicles at intersections within mining sites
Side Applications
- Blind Spot Detection (BSD) – Monitor critical side areas around ultra-large vehicles
- Lane Change Assist (LCA) – Support safe lane changes on haul roads and access routes
Rear Applications
- Rear Cross Traffic Alert (RCTA) – Detect vehicles or personnel behind the vehicle during reversing
- Rear Collision Warning (RCW) – Warn operators of approaching hazards from the rear
In-Cabin Applications
- Child Presence Detection (CPD) – Detect human presence in parked or idle vehicles
- Intrusion Detection – Monitor unauthorized access to high-value mining equipment
- Seat Belt Reminder (SBR) – Improve operator compliance with safety regulations
- Gesture and Motion Detection – Enable intuitive interaction with in-cab systems
Typical Vehicle Types
- Ultra-Class Haul Trucks – for material transport in open-pit mines
- Wheel Loaders – for loading and stockpile management
- Rigid Dump Trucks – for quarry material movement
- Water, Service, and Support Vehicles – operating near heavy machinery
- Autonomous or Semi-Autonomous Mining Vehicles – for continuous 24/7 operations
Problems We Solve in Mining and Quarrying Operations
Why smartmicro Radar for Mining and Quarrying Vehicles?
- Consistent performance in dust, fog, rain, and darkness
- Detection range from 0.1 m up to over 180 m, covering both near and long distances
- High angular resolution and multi-target tracking in dense mining environments
- Robust, vibration-resistant design for heavy machinery applications
- Seamless integration with CAN, Ethernet, and ROS/ROS2 for autonomous mining systems
Get a Quote now
Our team supports you from initial concept to deployment. See how smartmicro radar can improve your fleet and support your automation goals.