Tire management roadmap: from purchase to disposal

The tire management roadmap is a tool that clarifies and organizes all the processes involved in this management. This way, no step is neglected or forgotten, ensuring that the results of this management really are positive.

This roadmap provides a more complete view of tire performance, making it easier to control variables such as pressure, wear and the need for rotation, essential elements in keeping the fleet moving safely and economically.

In general, it is a resource for managers that helps turn an area that may seem complex into a simplified, highly efficient process.

Find out more below:

What a tire management roadmap is
What this tire control roadmap is for
Why use this roadmap in your tire management?
How it differs from a tire map
How this roadmap works in your operation

What is a tire management roadmap?

The tire management roadmap is a tool that establishes a task flow to provide the necessary, appropriate care for fleet tires, thus creating the ideal conditions for their useful life to be fully used.

In other words, it is a detailed, structured representation of the processes involved in maintaining, checking the condition of and replacing tires in a vehicle fleet.

With this roadmap, it is possible to keep track of the complete tire life cycle, from purchase to disposal, through installation, regular inspections, maintenance, and retreading or repairs.

What is the tire management roadmap for?

It serves as a guide for fleet managers, highlighting each step needed to ensure correct tire use and durability.

This strategic tool aims to optimize tire management, reducing costs associated with premature damage and unnecessary purchases, as well as contributing to fleet safety and operational efficiency.

Why use this roadmap in your tire management?

Using a roadmap not only simplifies keeping track of and maintaining tires but also helps create an optimized routine to generate more coherent, valuable insights for your decision-making.

By detailing every aspect of tire management — from purchase to disposal — this roadmap ensures that each tire is used to its maximum performance and useful life potential.

This reduces cases of casing fatigue and premature tire disposal. In addition, optimizing tire management brings other noticeable benefits, such as reduced fuel consumption and reduced vehicle maintenance needs and costs.

How does it differ from a tire map?

The tire map focuses on physically recording and locating tires in the fleet, highlighting each tire's current location and basic condition, such as identifying whether it is new, used or retreaded.

While it records the locations and basic conditions of each tire in the fleet, the tire management roadmap provides a complete view of tire management processes.

It therefore sets out the steps needed in the tire care routine, from recording the tire ID to analyzing pressure and tread depth data.

How does the tire management roadmap work?

This roadmap acts as a tire management organizer, setting out the sequence of tasks and activities needed for proper tire care. It covers the following processes:

Tire registration and identification

The first stage in the tire management roadmap is registering and identifying each tire in the fleet.

This process involves cataloging essential information, such as type, make, acquisition date and current location on the vehicle, as well as applying a tire hot brand if it does not yet have one.

This record is essential to be able to keep track of each tire individually and manage them more efficiently.

Keeping track of condition

After identification, the tire management roadmap calls for constantly keeping track of tires to understand their condition. This includes regular checks of pressure, tread wear and the overall condition of each asset.

Technological tools, such as the electronic tread probe, a tire management technology, can automate this stage and ensure greater accuracy in data collection.

Data analysis and decision-making

Besides this more operational side, the roadmap also sets out some stages so that you know how to analyze and make more informed decisions based on your tire management.

At this point, the data collected through condition checks is analyzed to assess tire condition and determine the need for maintenance, repairs or replacement.

You can find steps and tips on generating reports about tire performance and condition, as well as assessing the strategies adopted for tire maintenance.

This makes it possible to establish both an operational and administrative routine for identifying areas that need improvement and implementing corrective actions to further optimize fleet tire management.

Start using a ready-made tire management roadmap in your fleet. It will be your practical guide to keeping tires in ideal running condition, optimizing their durability and ensuring road safety.

Click here to get your Prolog tire management flowchart (in Portuguese).

Frequently asked questions

What is the difference between a tire map and a tire management roadmap?

The tire map handles the physical record: where each tire is in the fleet and its basic condition — whether it is new, used or retreaded. The management roadmap shows the processes as a whole, setting out the steps in the care routine: it starts with recording each tire’s ID and goes through to pressure and tread depth analysis. One locates; the other organizes what to do.

Which stages make up this roadmap in practice?

Three connected blocks. First, register and identify each tire, cataloging type, make, acquisition date and current position on the vehicle, with a hot brand when the asset does not yet have one. Then, keep constant track of its condition: pressure, tread wear and overall condition. Finally, analyze the collected data, which informs the decision to maintain, repair or replace and feeds performance reports.

Why use a tire management roadmap in the fleet?

Because it prevents any step in tire care from being forgotten and helps maintain a routine capable of generating useful information for decisions. By detailing every aspect, from purchase to disposal, it contributes to each tire reaching its full performance and useful life potential, reducing casing fatigue and premature disposal. Benefits also include lower fuel consumption and lower vehicle maintenance costs.

What should you record when a tire joins the fleet?

The essential registration information: type, make, acquisition date and current position on the vehicle. This is also the time to apply a hot brand if the tire does not yet have one. This record is essential to keep track of each asset individually — without unique identification, one tire’s history gets confused with another’s and management loses accuracy.

Can tire condition checks be automated?

Partly, yes. Technological tools, such as the electronic tread probe, can automate this stage and bring greater accuracy to data collection. What does not change is the nature of the work: checks remain regular and are carried out asset by asset, covering pressure, tread wear and overall condition. Automation acts on the recording and on the quality of the figure that reaches the subsequent analysis.

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