Aftermarket wheels can be tempting due to cost or availability, but they often differ from Tucker’s OEM design in key ways that affect track life. Differences in diameter, durometer (hardness), and material can change how the wheel contacts the track and track drive lugs, sometimes causing premature wear.
A common issue is that many aftermarket wheels are harder than the track surface. When the wheel compound is harder than the track, the wheel won’t flex or absorb impact the way it should. Instead, it can act like an abrasive surface, accelerating:
A common issue is that many aftermarket wheels are harder than the track surface. When the wheel compound is harder than the track, the wheel won’t flex or absorb impact the way it should. Instead, it can act like an abrasive surface, accelerating:
- Track wear
- Drive lug damage
- Heat buildup from friction
Tucker Sno-Cat® wheels are engineered specifically for the Sno-Cat® vehicle’s suspension, track system, and operating temperatures. Their size, hardness, and material are chosen to balance flexibility, durability, and cold-weather performance. When aftermarket wheels don’t match these characteristics, even small differences can lead to long-term track damage and higher maintenance costs.
In short, aftermarket wheels can work, but mismatched hardness or dimensions can do more harm than good. Tucker Sno-Cat® OEM wheels remain the safest choice for protecting your tracks.