12
Vehicle Classes
450+
Maintenance Tasks
24/7
Operation Support
99.5%
Equipment Availability
Mining Fleet Maintenance Task Lists by Vehicle Class
Comprehensive preventive maintenance tasks organized by mining equipment category
Task Category | Daily (10hr) | 250hr | 500hr | 1000hr | 2000hr |
---|---|---|---|---|---|
Engine Systems | Oil level check | Oil & filter change | Air filter service | Valve adjustment | Major service |
Hydraulic Systems | Visual inspection | Filter change | Fluid sampling | System pressure test | Complete overhaul |
Drive System | Walk-around check | Wheel torque check | Differential service | Transmission service | Drive motor rebuild |
Brake System | Brake test | Adjustment check | Disc measurement | Brake oil change | Complete rebuild |
Suspension | Visual check | Strut pressure | Gas charge check | Cylinder inspection | Strut replacement |
Tires | Pressure & wear | Rotation | Alignment check | Rim inspection | Scheduled replacement |
Task Category | Daily (10hr) | 250hr | 500hr | 1000hr | 2000hr |
---|---|---|---|---|---|
Boom & Stick | Pin inspection | Grease all points | Bush measurement | NDT inspection | Pin & bush replace |
Bucket & GET | Wear check | Tooth inspection | Adapter check | Cutting edge | Bucket rebuild |
Undercarriage | Track tension | Pad inspection | Sprocket wear | Chain measurement | Complete rebuild |
Swing System | Swing brake test | Gearbox oil | Motor inspection | Bearing check | Gearbox overhaul |
Hydraulic Pumps | Pressure check | Filter service | Flow test | Pump calibration | Pump rebuild |
Cooling System | Coolant level | Radiator clean | Hose inspection | Core flush | Radiator rebuild |
Task Category | Daily (10hr) | 250hr | 500hr | 1000hr | 2000hr |
---|---|---|---|---|---|
Loader Arms | Visual inspection | Lubrication | Pin wear check | Structural inspection | Pin replacement |
Bucket System | Cutting edge | Tooth inspection | Floor wear | Hinge pins | Bucket rebuild |
Articulation | Steering test | Joint grease | Bearing check | Frame inspection | Joint rebuild |
Axles | Oil level | Breather clean | Oil change | Bearing adjustment | Differential rebuild |
Torque Converter | Temperature check | Filter change | Stall test | Pressure test | Converter rebuild |
Z-Bar Linkage | Visual check | Grease points | Play measurement | Cylinder check | Linkage overhaul |
Task Category | Daily (10hr) | 250hr | 500hr | 1000hr | 2000hr |
---|---|---|---|---|---|
Blade System | Cutting edge | Tilt cylinder | Push arms | Blade bearings | Complete rebuild |
Ripper | Shank condition | Pin lubrication | Tooth replacement | Frame inspection | Ripper rebuild |
Track System | Track tension | Shoe bolts | Guide wear | Chain pitch | Undercarriage rebuild |
Final Drives | Oil level | Magnetic plug | Oil change | Bearing check | Drive rebuild |
Steering Clutch | Adjustment | Oil level | Filter change | Disc inspection | Clutch rebuild |
Engine | Pre-start checks | Oil & filters | Valve adjustment | Injector service | Major overhaul |
Task Category | Daily (10hr) | 250hr | 500hr | 1000hr | 2000hr |
---|---|---|---|---|---|
Drill Head | Rotation check | Bearing grease | Gear oil change | Bearing inspection | Head rebuild |
Mast & Feed | Cable inspection | Chain tension | Guide wear | Structural NDT | Feed overhaul |
Compressor | Pressure check | Filter service | Separator change | Valve service | Compressor rebuild |
Dust Collection | Filter check | Bag cleaning | Fan inspection | Duct inspection | System overhaul |
Carousel | Rod inspection | Gripper check | Indexing test | Chain service | Carousel rebuild |
Hydraulics | Level check | Filter change | Cylinder test | Pump inspection | System overhaul |
Critical Mining Fleet Maintenance Components
Essential maintenance focus areas for maximizing equipment availability
Condition Monitoring
Predictive maintenance through oil analysis, vibration monitoring, and thermal imaging for your maintenance plan.
- Oil sampling: Every 250hr
- Vibration analysis: Monthly
- Thermal scans: Quarterly
- Wear debris monitoring
Safety Inspections
Mandatory safety checks and compliance requirements for mining operations.
- Pre-shift inspection
- ROPS/FOPS certification
- Fire suppression systems
- Emergency shutdown tests
Component Tracking
Life cycle management for major components and wear parts.
- Component hour meters
- Rebuild schedules
- Exchange programs
- Core management
Performance Metrics
KPIs for tracking maintenance effectiveness and equipment reliability.
- MTBF tracking
- MTTR analysis
- Availability rates
- Cost per ton metrics
Inventory Management
Strategic parts planning for mining fleet operations.
- Critical spares list
- Min/max levels
- Consignment stock
- Vendor partnerships
Training Programs
Operator and technician certification for mining equipment.
- Equipment operation
- Daily inspections
- Troubleshooting
- Safety procedures
Implementing Vehicle Class Task Lists
Systematic approach to deploying equipment-specific maintenance programs across your mining fleet
Equipment Classification
Categorize fleet by type, size, age, and utilization to create targeted maintenance strategies
Task Standardization
Develop standard operating procedures for each maintenance task specific to vehicle class
Schedule Integration
Coordinate maintenance windows with production schedules to minimize operational impact
Performance Monitoring
Track KPIs and adjust task frequencies based on actual equipment performance data
Mining Fleet Performance Targets
Equipment Availability: | Target: >92% |
Mechanical Availability: | Target: >85% |
MTBF (Hours): | Increase 30% |
MTTR (Hours): | Reduce 25% |
Maintenance Cost/Hour: | Reduce 20% |
Component Life: | Extend 40% |
Task List Implementation ROI
Financial benefits of vehicle-specific maintenance task lists
Without Structured Task Lists
- Generic maintenance: 75% effectiveness
- Equipment availability: 78-82%
- Unplanned repairs: 35% of work
- Component life: OEM baseline
- Maintenance cost: $350/operating hour
- Production losses: $2M/year
With Vehicle-Specific Task Lists
- Targeted maintenance: 95% effectiveness
- Equipment availability: 90-94%
- Planned maintenance: 85% of work
- Component life: 140% of OEM
- Maintenance cost: $280/operating hour
- Production gains: +$3M/year
Ready to optimize your mining fleet maintenance? Get your customized task lists today.
Get StartedMining Fleet Best Practices
Industry-leading strategies for mining equipment maintenance
Environmental Factors
- Dust control measures
- Temperature extremes
- Altitude adjustments
- Corrosion prevention
- Contamination control
Technology Integration
- Telematics systems
- Real-time monitoring
- Predictive analytics
- Mobile work orders
- Digital inspections
Continuous Improvement
- Root cause analysis
- Reliability engineering
- Benchmarking studies
- Process optimization
- Team feedback loops
Explore Our Core Maintenance Pillars
Dive deeper into our key maintenance resources to optimize your mining fleet's performance and longevity.
Maintenance Hub
Explore our main hub for all heavy vehicle maintenance resources, guides, and best practices.
Maintenance Plans
Discover structured maintenance plans designed to optimize fleet performance and reduce operational costs.
Mining Fleet Plan
A detailed look at our specialized maintenance plan for mining fleet operations.
Frequently Asked Questions
Mining vehicle classes are determined by equipment type (haul truck, excavator, loader, etc.), size/capacity (tonnage, bucket size, horsepower), and application (production, support, auxiliary). Each class has unique maintenance requirements based on component design, operating stresses, and typical failure modes. Classification helps standardize maintenance procedures, optimize parts inventory, and ensure technicians have appropriate training for specific equipment types.
Hours-based scheduling triggers maintenance at fixed intervals (250hr, 500hr, etc.), ensuring regular service regardless of equipment condition. Condition-based maintenance uses real-time monitoring (oil analysis, vibration, temperature) to determine when service is needed. Best practice combines both: hours-based for routine tasks and safety-critical items, condition-based for major components and expensive repairs. This hybrid approach typically reduces maintenance costs by 15-25% while improving reliability.
Extreme conditions significantly impact maintenance intervals. High dust environments require air filter changes 50% more frequently. Arctic conditions need special fluids and increased bearing lubrication. High altitude reduces cooling efficiency, requiring more frequent coolant system service. Corrosive environments (salt mines, coastal) need accelerated electrical and structural inspections. Generally, severe conditions reduce standard intervals by 20-40%. Site-specific analysis determines optimal adjustments.
Essential technology includes: CMMS software for scheduling and tracking, telematics for real-time equipment data, mobile devices for field inspections, condition monitoring sensors (vibration, temperature, pressure), oil analysis labs with trending software, and integration platforms connecting all systems. Advanced sites use AI for predictive maintenance and digital twins for optimization. Investment in technology typically yields 300-500% ROI through improved efficiency and reduced failures.
Key metrics include: schedule compliance (target >90%), equipment availability (>85% for production units), MTBF trends (should increase quarterly), MTTR reduction (target 20% year-over-year), cost per operating hour (benchmark against industry standards), component life extension (compare to OEM estimates), and emergency work percentage (<15%). Track these metrics by vehicle class and adjust task lists based on failure analysis. Regular reviews ensure continuous improvement and optimization of maintenance strategies.
Optimize Your Mining Fleet Maintenance Today
Get customized task lists for your mining equipment and improve availability by 12% while reducing maintenance costs
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