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Damaging Effects of Mismatched Tires On Tandem Axles sb3527

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This Service Bulletin, titled "Damaging Effects of Mismatched Tires On Tandem Axles 35-27," provides critical information regarding the potential consequences of using mismatched tires on tandem axles for a wide...
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Art.-Nr: 379950
Damaging Effects of Mismatched Tires On Tandem Axles sb3527
This Service Bulletin, titled "Damaging Effects of Mismatched Tires On Tandem Axles 35-27," provides critical information regarding the potential consequences of using mismatched tires on tandem axles for a wide range of Freightliner trucks. The bulletin covers various models, including FLA COE, FLB COE, FLD Conventional, Business Class, FLC 112 Conventional, Century Class Conventional, Argosy COE, Cargo, Columbia, Coronado, Business Class M2, Cascadia, and 108SD/114SD. It highlights the damaging effects that can arise from mismatched tires, emphasizing their impact on vehicle performance, safety, and overall lifespan. This Service Bulletin is an essential resource for mechanics, technicians, and fleet managers working with these Freightliner models, ensuring they are aware of the crucial importance of using matching tires on tandem axles for optimal vehicle performance and safety.

The Damaging Effects of Mismatched Tires on Tandem Axles sb3527 is a comprehensive information resource designed for Freightliner truck owners and operators. This guide delves into the critical topic of tire matching on tandem axles, highlighting the serious consequences that can arise from using mismatched tires on your Freightliner FLA COE, FLB COE, FLD Conventional, Business Class, FLC 112 Conventional, Century Class Conventional, Argosy COE, Cargo, Columbia, Coronado, Business Class M2, Cascadia, or 108SD/114SD vehicles. Mismatched tires on tandem axles create a complex and potentially dangerous situation for several reasons. Firstly, tires with differing sizes, tread patterns, or wear levels will experience uneven load distribution and rolling resistance. This uneven load can lead to excessive wear on the tires themselves, premature component failure in the suspension and drivetrain, and unpredictable handling characteristics. The varying rolling resistance can also cause the truck to pull to one side, potentially leading to loss of control, especially during challenging maneuvers or in adverse weather conditions. Secondly, mismatched tires can significantly impact fuel efficiency. The uneven rolling resistance and load distribution increase energy consumption, leading to a noticeable decrease in fuel economy. This heightened fuel consumption translates to higher operating costs and environmental impact, making it crucial for fleet managers and drivers to prioritize tire matching for maximum efficiency.
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