The importance of tire management for vehicle fleets

The importance of tire management cannot be underestimated, as it directly affects operating cost reduction, improved safety and increased productivity.

This is because well-managed tires tend to last longer, offer greater vehicle stability, keep fuel consumption at more efficient levels and reduce overall vehicle wear.

To optimize tire management, it is essential to adopt periodic oversight practices, implement an inspection routine and have well-defined processes for maintaining these assets.

Read on:

Why is tire management important?
How can you carry out and optimize fleet tire management?

Why is tire management important?

Increase visibility into tire conditions of use

Efficient tire management provides a broad view of each tire's conditions of use in the fleet, allowing you to make informed decisions about when a tire needs to be replaced, inflated or retreaded.

By using tire management technologies, such as the electronic tread probe and a management system, it is possible to record calibration measurements taken during inspections, keep track of pressure changes over a period and measure tread depth, which indicates average tire wear.

This information helps assess the performance of different tire makes and models under various conditions of use, such as urban journeys or long-distance routes.

Identify tires offering the best value for money for operations

Proper tire management involves assessing various makes and models to determine which offer greater durability and lower maintenance costs based on the fleet's specific operating conditions.

In general, the best-value tire is the one that can meet the operation's demands while maintaining a good cost per kilometer, corresponding to good durability for the operation's use. This can be measured by each tire's CPK (Cost per Kilometer) performance indicator.

This selection process should consider factors such as the type of cargo transported, distances traveled, road conditions and even typical weather variations on the routes used.

Using historical data and performance analyses, you can establish wear patterns and adapt tire selection to improve savings and operating efficiency.

Control and reduce fleet operating costs

The importance of tire management is closely associated with reducing tire purchase costs. And yes, good management helps optimize the budget at this stage.

Through detailed tire performance analysis and assessment of cost per kilometer (CPK), it is possible to identify models offering the best economic return and direct investment toward the most efficient tires.

Furthermore, by better controlling tire conditions and avoiding excessive or uneven wear, it is possible to extend tires' useful life through retreading before buying a new tire.

Cost reduction is not limited to tires, but extends to fuel consumption and vehicle maintenance expenses.

Tires kept at proper calibration and in good condition contribute to vehicle stability by better absorbing road impacts, reducing the need for frequent maintenance and preventing accelerated wear of critical vehicle components.

Regarding refueling expenses, correctly inflated tires help maintain fuel consumption efficiency, reducing losses associated with inadequate pressure and the related operating costs.

Avoid retread rejection and generate better ROI for the fleet

Identifying the ideal time for tire retreading, before tires reach a state of wear that prevents reuse, is a fundamental part of fleet tire management.

By acting before tires reach a level of wear that prevents reuse, you avoid tire rejection for retreading, allowing better reuse in fleet operations.

Rejection generally occurs when tires are already in severely degraded condition, representing a greater safety risk.

By allowing a greater number of retreads, tire use is prolonged and, given that retreading costs less than buying new tires, the return on investment in these assets increases.

Provide safer vehicle operation

The main aim of the tire care routine is to ensure tires run in suitable conditions, without excessive wear or apparent damage and with correct calibration.

This attention prevents imbalances and reduces risks associated with poorly maintained tires, especially in operations facing impacts, potholes and varying loads.

Worn or incorrectly inflated tires can lead to serious road accidents, putting drivers at risk.

That is why tire management matters: it ensures all fleet tires always comply with the recommended technical specifications.

This includes maintaining adequate grip, stability and safe performance while running, regardless of weather conditions or road characteristics.

How can you carry out and optimize fleet tire management?

With proper practices and technology, it is possible to extend tire useful life, improve vehicle performance and ensure a more economical and safer operation.

Here are some fundamental strategies for achieving these goals:

Tire inspection routine

Tire pressure and tread depth need to be checked periodically, allowing adjustments and preventing failures. This can be done using an electronic tread probe that records both pieces of information during an inspection performed by a person.

As a starting recommendation for the fleet routine, pressure can be measured every 7 days and tread depth monthly.

However, it is important to keep a close eye on the data and understand how best to adjust the inspection schedule, as some tire models may hold pressure better.

This can extend the inspection interval to 15 days. At the same time, some models may wear faster, requiring more frequent tread depth checks, also every 15 days, along with a visual assessment of signs such as uneven wear, smooth areas or apparent damage.

Driver education and training

Drivers should be trained on the importance of keeping tires in good condition and how to perform basic pressure and wear checks.

Regular training and reference materials can help drivers identify signs of uneven wear or issues requiring immediate attention, ensuring tires are properly maintained between scheduled inspections.

Tire management and maintenance policies

These policies should include guidelines on inspection frequency, tire replacement and retreading criteria, as well as procedures when issues are detected.

Establishing standards based on manufacturers' recommendations and industry best practices can help maintain consistency and reliability in tire maintenance. Pressure, tread depth, tire rotation and alignment are among the central aspects of a tire care routine.

Tire management system and data analysis

Implementing a tire management system that integrates inspection data collection, maintenance history and analysis is essential for optimized management.

These systems allow recorded tire conditions to be kept track of over time and help plan maintenance needs before larger problems arise.

Analyzing data collected over time can reveal trends and patterns that guide the optimization of maintenance routines and the selection of tires better suited to the fleet's specific conditions of use.

Ready to improve tire management and maximize operating efficiency? Book a demonstration with us to discover the ideal solution for your fleet.

Frequently asked questions

My tires are not lasting as long as they should. What should I investigate first?

Pressure, tread depth and signs of uneven wear, measured regularly and kept track of over time, rather than only on the day of the check. Pressure changes between measurements reveal tires losing air, and tread depth indicates average wear. With this history, you can see whether the issue lies in calibration, the operation's conditions of use or the model chosen for the fleet's routes.

How can you reduce a fleet's tire cost per kilometer?

By measuring each tire's CPK and using the result to steer purchases toward models offering the best return in your operation. Alongside this, control conditions of use to avoid excessive or uneven wear, allowing useful life to be extended through retreading before buying a new tire. Savings also involve proper calibration, which helps maintain fuel consumption efficiency and reduces wear-related maintenance.

What should you look for when choosing a tire management system?

Whether it integrates inspection data collection, maintenance history and data analysis, rather than just storing isolated records. In practice, it needs to keep track of calibration, tread depth and how much pressure varies within the same period, while retaining that history to compare the performance of makes and models by the CPK each delivered. Prolog, for example, provides individual control of each tire, including wear, retreading, life cycle and cost per tire.

Which tire offers the best value for money for my operation?

There is no single answer: it is the tire that meets the operation's requirements while maintaining a good cost per kilometer. This depends on the type of cargo transported, distances traveled, road conditions and even the typical weather variations on the routes. That is why the choice is made using the fleet's own historical data, comparing makes and models by the CPK each delivered under actual conditions of use.

How often should tire pressure and tread depth be measured?

As a starting point for the fleet routine, pressure can be measured every seven days and tread depth once a month. However, the schedule should be adjusted to what the data shows: models that hold pressure better may allow this measurement to be extended to fifteen days, while models that wear faster need more frequent tread depth checks, also every fifteen days.

How can you avoid tires being rejected for retreading?

By identifying the right time to send them for retreading, before wear reaches the point that prevents reuse. Rejection usually occurs with tires that are already severely degraded, posing a greater safety risk. And because retreading costs less than buying new tires, each additional retread the fleet can use increases the return on investment in these assets.

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