Optimize tire performance for heavy equipment attachments with strategic hierarchy and rotation plans, using templates and KPIs to extend tire life and minimize downtime.
Implement rotation strategies to maximize tire longevity in attachments.
Tire hierarchy prioritizes tire types for specific attachments, while rotation schedules ensure even wear, enhancing efficiency through maintenance strategies.
This approach reduces uneven wear, improves traction, and extends tire lifespan for attachments like buckets and grapples under heavy loads.
| Attachment Type | Tire Priority | Rotation Interval |
|---|---|---|
| Bucket | High | 500 hours |
| Grapple | Medium | 750 hours |
| Forks | Medium | 600 hours |
| Auger | Low | 1000 hours |
| Compactor | Low | 900 hours |
Key systems for effective tire management in attachments, supporting inventory optimization
Steps to deploy tire management for attachments, aligning with wear parts strategies
Determine tire types for attachment applications.
Prioritize tires based on load and usage.
Schedule rotations for even wear.
Track performance and refine plans.
Effective tire management enhances fleet efficiency and reduces costs for attachment operations.
Increase in tire lifespan
Reduction in tire costs
Decrease in downtime
Improved traction reliability
"Tire hierarchy and rotation extended our attachment tire life by 60%, saving us $300K annually."
Fleet Supervisor, Titan Construction
Answers to key queries about tire management for attachments
It ensures correct tire selection for each attachment, maximizing performance and lifespan while supporting parts management integration.
Rotate every 500–1000 operating hours based on attachment type and load, following inventory practices to ensure even wear.
Use RFID tags, wear gauges, and tire management software, integrated with vendor systems for accurate scheduling.
Yes, through APIs enabling real-time data updates and alerts, improving maintenance workflows and decision making.
Rotating tires regularly extends service life and reduces failures, lowering replacement costs by 30–50% and minimizing downtime expenses.
Provide 4–6 hours of technician training on tire rotation methods, safety, and monitoring tools, aligning with inventory strategies.
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Implement tire hierarchy and rotation to enhance attachment efficiency and reduce operational costs.
Fast hierarchy implementation
Guidance for rotation plans
Significant cost reductions