interesting. I assume this is a full replacement part and requires a certain amount of disassembly and reassembly?
AND
Does this feel or seem more pucture resistant than the original parts?
ALSO: Considering ordering the part to see if it could be modified to be installed in the wheelwell over the existing panel with additional rivets... sort of a "consumable: part if you will... Had also considered riveting heavy rubber/cloth (like commercial conveyor belt material) into the wheelwell to stop punch through...
interested in your thoughts.
AND, I ordered a bunch of industrial kydex and will heat bond aramid kevlar to one side and heat shape it to the wheel well .
Planning to launch sticks at it from an air canon at 30mph to test puncture resistance.
Please comment on this. won't hurt my feelings.
ANYONE else that would like to commit to similar R&D, please do so...
this is a design flaw whose time has come and needs resolved.
I recall someone talked about heat bending HDPE and hope to hear some promising outcomes from that
j~
Design flaw? Really? Why stop with Kevlar, why not some 1/2” plate steel?
These ATVs, SXS’s and motorcycles aren’t cars nor tanks.
30 mph test? Ain’t nobody riding thru the woods on an unfamiliar trail at 30mph. If they are, they are insane and are much more likely to wrap themselves around a tree. 10 mph is much more likely…
Going balls out in a field you aren’t familiar with is frankly incredibly stupid and dangerous…even if you’re driving a tank.
While I could be convinced there is a risk, the ultimate responsibility imo is starting with the driver first. The warning tags are everywhere you look on my ATVs about riding safely and avoiding careless and reckless driving. This means knowing the environment and driving appropriately.
My apologies for calling it like I see it, but let’s be realistic.