Tire map: what it is, what it is for and when to make one

Proper tire management in a fleet boosts safety, savings and vehicle performance. Among the tools that make this control easier is the tire map — a detailed record showing which tires are installed on each vehicle and in each position.

In practice, it works as an organized view of the relationship between a tire, a vehicle and its current location. Before removing tires, even simply marking the position on the vehicle helps maintain this location history and reduces uncertainty when the tire returns to the fleet's routine.

Although a tire map can be created manually, this approach can be time-consuming and prone to errors, especially when there are many replacements, retreads, rotations and relocations between vehicles. Modern technology, on the other hand, offers digital solutions through tire management systems, making the process faster, standardized and easier to consult.

If you also want to optimize tire management and maintenance in your fleet, see below:

• What a tire map is;
• Why use this map and what it is for;
• When to create a tire map.

What is a tire map?

A tire map is a fleet tire management tool whose main function is to identify the specific location of each tire on a vehicle. In other words, it is a detailed record that keeps track of the tire position on a fleet vehicle.

It can take the form of a spreadsheet, a visual record or a system screen, but the logic is the same: each tire needs to be associated with a vehicle and a clear position. This way, the team knows which asset is in use, which has been relocated and which needs checking before another maintenance decision.

This map can contribute to controlling various tire maintenance activities: installing assets on a vehicle, periodic rotation between different positions, controlling each tire's wear and useful life, and checking the fleet's physical inventory.

It does not need to be sophisticated to start delivering value. The essential point is to maintain the link between the tire, the vehicle and its current position. When this link stays updated with routine relocations, it becomes easier to understand the tire's usage history and avoid uncertainty when removing, replacing, retreading or disposing of it.

Is it the same as a tire control map?

No, the tire control map (in Portuguese) is another tool. It takes the form of a flowchart template, establishing a step-by-step guide to all activities related to fleet tire management.

This means the tool is a visual guide that helps determine which actions need to be taken in sequence, depending on circumstances and tire conditions.

For example, it may include steps such as regular inspection, replacement when wear reaches a certain limit, repairs in the event of damage and proper disposal of worn tires.

In this way, it helps maintain control of all aspects of tire management, ensuring no tire is neglected or replaced prematurely, which in turn contributes to cost savings and fleet safety.

The main difference is that the tire map answers “where is each tire now?”, while the tire control map helps answer “what should the next process step be?”. The two tools complement each other, but do not replace one another.

Why use a tire map and what is it for?

A vehicle fleet frequently undergoes tire maintenance, replacements and rotations, and the more vehicles it has, the harder it becomes to control those tires' locations.

Without a suitable method to keep track of each tire, this task would become chaotic. This is where the map shows its importance, providing a type of record that helps locate every tire in the fleet precisely.

This control reduces reliance on memory, loose notes and lengthy yard checks. If a tire has moved from one position to another after rotation, the information needs to go with it. Otherwise, the team loses the context of its previous use and starts making decisions with incomplete data.

If you connect the map information to the tire register and maintenance history, identifying which tires should be replaced, you can also save precious time, avoid confusion and ensure necessary services are carried out more efficiently.

The map also makes conversations between operations, workshop and management easier. Instead of simply saying “the tire on that vehicle”, the team works with a defined position and an identified asset. This makes work orders, inspections and relocations more objective.

What is the relationship between the map and tire rotation?

The tire map acts as a strategic diagram, making the rotation process more efficient. If you already have a rotation pattern for your operation's vehicles, simply combine the tire switching configurations with the identification provided by the tire map.

This is because the map provides precise information about which tires are installed on each vehicle. This simplifies identifying the tires that need to be removed and relocated to other positions or even other vehicles.

Regular rotation helps tires wear more uniformly and can extend useful life. For this process to be performed well, the fleet needs to know which tires came out of which positions and where they went. The map organizes precisely this relocation.

Without the map, tire rotation could become a puzzle, consuming valuable time and resources. The map therefore guides the rotation process, ensuring each tire is moved to its correct place.

When should you create this map for your fleet?

Always! Yes, that is the answer. If you want highly precise, efficient control in your transport operations, the tire map is an indispensable tool.

It does not matter whether you are looking to better control fleet tires, generate savings in your operations or simply stop wasting valuable time in your routine.

The truth is that if you have a vehicle fleet, you need this map. It is one of the smartest ways to manage your resources, avoid unnecessary spending and ensure each vehicle is equipped with suitable tires for its route and conditions.

However, a tire map alone cannot work miracles. You need other tools and processes in your fleet tire management to obtain the expected results.

For example, a spreadsheet or system that controls tire inspections in detail. This includes information about pressure and tread depth, past inspection dates and future schedules, as well as identifying ideal calibration and much more.

Pressure should be checked with a gauge, and visual inspection helps observe irregular wear, high and low areas, abnormally smooth areas and other signs of damage. This information does not replace the tire map, but completes the view of the asset's condition.

Besides ensuring tire preservation and extending useful life, it also simplifies the manager's control over fleet tire location, stock and inventory. Combined with other tools and technologies, your management will be on the right track.

And to help you even more in achieving all this, we developed the Tire Control Map, which presents the Prolog methodology, one of the best approaches to fleet tire management.

Prolog also allows individual control of each tire, including wear, retreading, life cycle and cost per tire. This control strengthens the map because it connects the asset's current location to the history the operation needs to consult to decide its next actions.

With this guide, you will have a step-by-step method to further optimize your operations and ensure every fleet tire is in the right place at the right time.

Do not miss the opportunity to take your tire management to a new level. Get the Tire Control Map now and start enjoying the benefits immediately (in Portuguese).