Yesterday, 05:34 PM
A common question raised by a user: When working in extremely muddy, slippery conditions, excavators tend to slip, spin tracks, dig themselves into holes, or even get stuck. Are there practical ways to increase traction?
Several experienced forum users shared these commonly used methods:
✅ 1. Use Track Pads or Grouser Bars
Some weld additional grouser bars (raised, thick ridges) onto steel tracks to increase “bite” on soft ground.
Drawback: This can cause serious damage to the surface and is not suitable where ground protection is needed.
✅ 2. Switch to Triangular or Deep-Grouser Track Pads
Track shoes with triangular or deeper ridges provide better grip than flat pads.
Ideal for machines used long-term in wetlands or muddy areas.
✅ 3. Lay Down Wooden or Steel Mats/Plates
Many small contractors prepare old railroad ties, thick wood planks, or scrap steel plates to lay on the travel path.
This not only prevents sinking but also protects the ground and facilitates quick retreat after backfilling.
✅ 4. Use Track Chains (Like Snow Chains)
Some users install specialized chains over the tracks during winter or extremely muddy conditions to improve grip, similar to tractor snow chains.
✅ 5. Adjust Construction Methods and Timing
Experienced operators recommend avoiding work immediately after heavy rain or on very soft soil.
If work must be done, start from firm ground, dig drainage ditches to remove standing water, then proceed cautiously.
✅ 6. Choose Appropriate Machine Types
Wetland-specialized tracks (wider and longer) reduce ground pressure and lower the risk of sinking.
Small excavators are easier to self-extract; large machines are much harder to free once stuck.
📌 Practical Tips
If stuck, avoid blindly flooring the throttle—it often makes the hole deeper.
Use the boom or arm to brace against the ground and slowly rock forward and backward to escape the pit.
Call another excavator or winch truck for rescue if needed.
✔️ Conclusion
Working in muddy wetland conditions is a common challenge for excavators without a universal solution.
Practical measures include improving track shoes, preparing mats, managing water drainage, and selecting the right timing and equipment. These approaches help reduce risks and improve operational efficiency.
Several experienced forum users shared these commonly used methods:
✅ 1. Use Track Pads or Grouser Bars
Some weld additional grouser bars (raised, thick ridges) onto steel tracks to increase “bite” on soft ground.
Drawback: This can cause serious damage to the surface and is not suitable where ground protection is needed.
✅ 2. Switch to Triangular or Deep-Grouser Track Pads
Track shoes with triangular or deeper ridges provide better grip than flat pads.
Ideal for machines used long-term in wetlands or muddy areas.
✅ 3. Lay Down Wooden or Steel Mats/Plates
Many small contractors prepare old railroad ties, thick wood planks, or scrap steel plates to lay on the travel path.
This not only prevents sinking but also protects the ground and facilitates quick retreat after backfilling.
✅ 4. Use Track Chains (Like Snow Chains)
Some users install specialized chains over the tracks during winter or extremely muddy conditions to improve grip, similar to tractor snow chains.
✅ 5. Adjust Construction Methods and Timing
Experienced operators recommend avoiding work immediately after heavy rain or on very soft soil.
If work must be done, start from firm ground, dig drainage ditches to remove standing water, then proceed cautiously.
✅ 6. Choose Appropriate Machine Types
Wetland-specialized tracks (wider and longer) reduce ground pressure and lower the risk of sinking.
Small excavators are easier to self-extract; large machines are much harder to free once stuck.
📌 Practical Tips
If stuck, avoid blindly flooring the throttle—it often makes the hole deeper.
Use the boom or arm to brace against the ground and slowly rock forward and backward to escape the pit.
Call another excavator or winch truck for rescue if needed.
✔️ Conclusion
Working in muddy wetland conditions is a common challenge for excavators without a universal solution.
Practical measures include improving track shoes, preparing mats, managing water drainage, and selecting the right timing and equipment. These approaches help reduce risks and improve operational efficiency.
