How Often Should You Do a PM on a Semi Truck?

Maintaining a semi truck is an important responsibility. Routine preventative maintenance (PM) is critical to ensure that your truck remains in optimal condition and safe to drive.

But how often should you do a PM on a semi truck?

The answer to this question depends on the type of semi truck you own, as well as its age. Generally speaking, most semi trucks require PM service every 25,000 miles or every six months, whichever comes first.

If your semi truck runs in extreme conditions (such as extreme heat or cold), it may need more frequent PMs.

During each PM service appointment, your service technician will perform several tasks to check the overall condition of your vehicle. These tasks typically include checking the engine and transmission fluids, inspecting the brakes and tires, and changing any worn out parts or fluids.

They will also inspect the hoses and belts for signs of wear or damage and replace them if necessary. In addition, they will check for any potential problems with the fuel system or other components.

It is important to note that regular maintenance appointments are only one part of keeping your semi truck running smoothly and safely. You should also take the time to inspect it yourself on a regular basis for any issues that may not be addressed during a routine PM appointment. This includes checking all fluid levels, inspecting hoses and belts for wear, looking underneath the vehicle for any leaks or damage, and ensuring that all lights are functioning properly.

Conclusion:

In summary, how often you should do a PM on a semi truck depends on its age, type of use, and environmental conditions it operates in. Generally speaking, most semi trucks require PM service every 25,000 miles or every six months – whichever comes first – however more frequent services may be necessary depending on factors such as extreme heat or cold environments. Additionally it’s important to perform regular visual inspections yourself in order to keep your vehicle in optimum condition.

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James Gardner