29/09/2025
Winter in many parts of the U.S.—from the Upper Midwest to New England and the Rockies—brings ice, snow, freezing ground, salt, and short daylight hours. All of this puts extra stress on undercarriage components of heavy equipment.
Winter in many parts of the U.S.—from the Upper Midwest to New England and the Rockies—brings ice, snow, freezing ground, salt, and short daylight hours. All of this puts extra stress on undercarriage components of heavy equipment. Neglect can lead to expensive failures, downtime, and safety issues. But with the right preventative steps, the numbers show you can save a lot.
Here are some statistics showing how costly poor winter maintenance can be—and how beneficial proactive care is:
Average breakdowns in winter months for U.S. construction fleets can cost between $125,000–$185,000 per machine per incident.
Most U.S. construction companies still rely on reactive winter maintenance, which correlates with emergency repair costs and unexpected project delays.
Fleets that implement systematic winter maintenance protocols (pre-winter checks, cold-weather lubricants, etc.) see up to 87% fewer cold-weather failures and 65% lower winter-operational costs.
Season-driven failures increase dramatically: extreme cold exposure can lead to 62% higher failure rates in exposed equipment.
Proactive or predictive maintenance helps reduce maintenance costs by 25–30%, and slash unplanned downtime by 35–45%, compared to reactive strategies.
These figures make it clear: skimping on winter undercarriage prep just leads to far higher costs.
These are the key steps to take now, with U.S.-oriented insights in mind.
Look for wear on pins, bushings, track chains, rollers, sprockets and idlers. Even small cracks or misalignments can become severe in freezing ground.
Replace components that are close to failure before winter starts. Delaying this can multiply the cost (both in parts and labor) especially when emergency work is needed in freezing or remote conditions.
Salt and frozen debris accelerate corrosion and wear.
Ice wedged between rollers or under track shoes causes uneven pressure distribution, often leading to faster wear or damage.
Daily cleaning (or at least regular) in winter pays off, especially in regions where salt or de-icing agents are used heavily (Northeast, Midwest, etc.).
Cold temperatures cause metal contraction; wrong tension can increase the risk of derailment or excessive wear.
U.S. best practices suggest checking track tension per shift in severe climates.
Over-tightened tracks in cold weather stress pins/bushings; too loose tracks allow slippage which accelerates wear.
Low temperatures affect grease viscosity, hydraulic fluid flow, etc. Without proper winter-grade lubes you’ll see increased friction and wear.
Many U.S. OEMs recommend switching fluids and greases as part of winterization.
This helps with start-up wear and ensures joints/pins stay protected even in very cold ambient temps.
Limit unnecessary travel on frozen surfaces. Hard ice or compacted snow is unforgiving to shoes, track links, rollers.
Avoid sharp turns or high torque moves when cold — these actions dramatically increase wear.
Plan routes carefully, stage operations so that machines aren’t doing excessive repositioning in cold/icy ground.
Winter conditions often slow down parts delivery. Having spare parts for key undercarriage components (rollers, bushings, shoes, etc.) onhand means you can act fast.
Schedule planned maintenance before the coldest months, not waiting for failures.
Many U.S. fleets using predictive or preventive maintenance see ROI within 1-2 winters, due to reduced emergency repairs and fewer interrupted workdays.
If you follow through with winter-proof undercarriage practices, here's what U.S. fleet operators typically experience:
Cutting emergency winter repair costs dramatically — proactive maintenance can lower these by 60-65%.
Extending component life: going proactive/predictive can add 20-40% more usable lifespan, especially for track chains, rollers, pins & bushings.
Less unplanned downtime: reductions of 35-45% for fleets that shift away from reactive maintenance.
When downtime is avoided, there's a secondary benefit: fewer cascading failures, lower labour premium costs (overtime, emergency crew mobilization), better safety compliance, and less risk of working in dangerous frozen terrain.
Winter undercarriage maintenance is not just a “nice to have” — in many U.S. regions, it’s essential. The cost of ignoring it is steep, but the savings from doing it well are substantial. Whether you’re managing a few machines or a whole fleet, the data supports investing in winter readiness now.
At EPD, we offer OEM-grade undercarriage parts built to perform in cold and challenging conditions, many available for quick shipping. If you want help putting together a winter parts strategy, doing an equipment audit, or getting advice specific to your region (Midwest vs. Northeast vs. Mountain zones), just let me know — happy to help tailor a plan.
Contact our helpful sales team today.
