Whats "equal"? Usually field work is non threatening as far as punctures,and you can take the traction benefit of Ags without any real world increased puncture risk. When you do get into ruffer work, like in the woods, the Ags will be a trade off between great traction and ground compliance, and really paying attention to small tree stobs that may punch thru them. The industrials are likely to take you harmlessly thru such hazard. Turfs are not as tuf, but they shine in optimum surface conditions and dont mark.everything else being equal, do Ags have a higher pucture rate with field work?
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But John, why would a 10 ply ag be more likely to puncture than a 10 ply R4? Is it just the aggressive tread? Does it apply to sidewall as well?
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Wow! didnt know they made such thick carcass AGs. I imagine the stiffness causes a small detriment to traction, esp over obstacles. Ply for ply puncture resistance seems like it would be pretty close - the slight advantage to the more rubber encased Industrial. Theres also a possible variable in the hardness of rubber used. Anyone know if different rubbers are used?Right, and as John Bud says, the available options make many generalizations open to correction.
But John, why would a 10 ply ag be more likely to puncture than a 10 ply R4? Is it just the aggressive tread? Does it apply to sidewall as well?
Edit: Firestone makes a severe service 12 ply ag tire. I suspect its possible that an ag tire like this might be more puncture resistant than a dealer spec R4. Of course, they probably cost twice as much as a regular R1.
Second edit: They actually make an 18 ply ag tire in their basic 23 degree bias. I'd guess they'd be pretty puncture resistant.