Elevating Excavator Performance: The Importance of Simultaneous Final Drive Replacement
Excavators, vital to construction, demand meticulous care for optimal functionality. One crucial decision revolves around final drive replacement—should both sides be changed simultaneously? Here, we dissect the reasons behind this practice, focusing on wear, performance, maintenance, cost efficiency, and overall productivity.

Wear Uniformity: Prolonging Longevity and Efficiency
Excavators endure diverse terrains, causing uneven wear on final drives. Replacing just one side risks performance disparities. Uniform wear is paramount for seamless operation across conditions, ensuring longevity and peak efficiency.

Performance Balance: A Cornerstone for Optimal Operation
Balanced performance is vital. Simultaneous replacement guarantees equilibrium, crucial for stability, maneuverability, and overall control. Any power or speed imbalances can lead to operational issues, impacting digging, steering, and overall efficiency.

Proactive Maintenance: Reducing Downtime and Enhancing Reliability
Proactive maintenance is key. Addressing wear or failure signs in one drive signals potential issues in the other. Simultaneous replacement prevents unexpected downtime, upholding peak performance and extending the excavator’s lifespan.

Cost Efficiency: Strategic Investment for Long-Term Gains
While replacing both drives incurs an initial cost, it’s a strategic investment. It minimizes the likelihood of subsequent repairs, saving costs and reducing downtime. In the long run, this upfront investment proves more cost-effective.

Efficiency and Productivity: The Impact of Well-Maintained Drives
Well-maintained final drives enhance efficiency, translating to increased productivity. Tasks are executed effectively, minimizing interruptions. This efficiency positively ripples across projects, ensuring timely completion and client satisfaction.

In summary, simultaneous final drive replacement is not routine; it’s a strategic decision with comprehensive benefits. From ensuring wear uniformity and balanced performance to proactive maintenance, cost efficiency, and heightened productivity, this approach solidifies the excavator’s reliability and contributes to project success

Our recommendation: Change both final drives at the same time to prevent any speed difference.

– If there are two items with different speeds, there will often be a difference when shifting to 2nd gear.

Normally, there is no speed difference because the flow rate of speed 1 is almost the same, but there may be a difference in flow rate between speed 2, so a speed difference occurs.

If you don’t like the difference in speed, the only option is to put the same motor on both sides.

If you’re in need of a hydraulic spare part, for example a final drive, feel free to browse our site or simply just fill out the form to contact us or write us an email at info@mecatra.com