Fleet tire management: common mistakes and effective solutions

Why is proper tire management important?

Tires are not just an accessory: they are the only point of contact between the vehicle and the road. In fleets that operate intensively, the condition of the tires can make the difference between a profitable operation and one full of setbacks.

Poor tire management can cause:

• Higher fuel consumption.
• Road accidents or failures.
• Greater suspension wear.
• Vehicle downtime.
• Hidden corrective maintenance costs.

That is why proactive tire management not only saves money but also protects assets, improves efficiency, and enhances safety.

Main tire management mistakes

1. Not keeping a history record for each tire

Without an individual history per tire (brand, model, purchase date, mileage, rotations, repairs), it is impossible to make data-driven decisions.

Solution: Use software that allows registering each tire with a unique code, linking it to the vehicle, and tracking its entire lifespan.

2. Not performing regular visual inspections

Many problems start with visible signs: cuts, bulges, uneven wear, embedded objects. Ignoring them can lead to road failures or accidents.

Solution: Establish weekly visual and technical inspection routines or before each long trip. Train drivers to perform a basic check before each shift.

3. Ignoring inflation pressure

An improperly inflated tire can:

• Increase fuel consumption.
• Shorten its lifespan by up to 20%.
• Affect braking and grip.

Both under-inflation and over-inflation are harmful.

Solution: Use calibrated gauges, real-time pressure sensors (TPMS), and control routines. Pressure values should be adjusted based on load type and route.

4. Inadequate or nonexistent rotation

Wear between front and rear tires is not uniform. Without planned rotation:

• Some wear out prematurely.
• The opportunity to fully utilize them is lost.

Solution: Establish a rotation schedule every 10,000 to 15,000 km (depending on vehicle type), recorded and controlled by the maintenance management system.

5. Not checking alignment and balancing

Lack of alignment and balancing causes:

• Irregular and accelerated wear.
• Vibrations affecting steering and suspension.
• Higher blowout risk.

Solution: Include alignment and balancing in the preventive mainmaintenance plan, especially after impacts, tire changes, or when the driver reports vibrations.

6. Not analyzing the root cause of wear

Often, a worn tire is replaced without investigating why. Irregular wear can indicate:

• Suspension problems.
• Overloading.
• Aggressive driving habits.
• Routes in poor condition.

Solution: Record the wear pattern of each tire when removed. Use this data to correct habits, adjust loads, or reprogram routes.

7. Not considering retreading as an option

Retreading can extend a tire’s lifespan at a much lower cost than purchasing a new one. However, many fleets discard tires that could still be reused.

Solution: Evaluate each removed tire. If the casing is in good condition, send it for retreading and record the process in the system to track the retreaded tire’s performance.

Best practices for efficient tire management

Use TPMS technology

TPMS technology enables:

• Detecting slow air leaks.
• Preventing blowouts on the road.
• Reducing fuel consumption.
• Extending tire lifespan.

Integrating this information into fleet software improves operational visibility.

Train drivers

Often, tire deterioration originates from:

• Aggressive maneuvers.
• Poorly distributed loads.
• Not reporting impacts or incidents.

Training drivers in efficient driving practices and tire care is essential.

Choose the right tire type

Not all tires are suitable for all routes. Some criteria to evaluate:

• Terrain type: urban, rural, mixed, mountain.
• Load type: volume, weight, stability.
• Climate: temperature, humidity, rain or snow possibility.

Investing in the right tire prevents higher costs in the future.

Track performance indicators per tire

Some useful KPIs for monitoring:

• Cost per kilometer traveled.
• Average mileage before replacement.
• Number of retreads performed.
• Failure incidence by brand or model.

This data helps detect patterns and improve purchasing and maintenance strategy.

Conclusion

Tire management is an area where small mistakes quickly accumulate into high costs and operational risks. Identifying these errors and correcting them with processes, technology, and training is the path to a safer, more efficient, and profitable fleet.