oh. I didn’t know that was a thing. Is that an official way to gauge checker plate strength? I’ve never had checker plate on anything I’ve owned.
The number of bars comprising each block.
From personal experience I can confidently say no. And before anyone says anything , read this linkDoes anything else on the vehicle have this pattern? I'm partial to the look of conventional diamond plate. Perhaps the 5-bar version has better slip resistance?
oh. I didn’t know that was a thing. Is that an official way to gauge checker plate strength? I’ve never had checker plate on anything I’ve owned.
I have zero idea on strength or slip resistance. I can only share that I was first exposed to 5-bar when our club would import LR parts from the UK (1990’s). Much different and better aesthetics to diamond plate that is typical in the US.Does anything else on the vehicle have this pattern? I'm partial to the look of conventional diamond plate. Perhaps the 5-bar version has better slip resistance?
The fenders are aluminum, as are the supplied rivers and checker plates.Isn’t anyone concerned about several rivets to attach these plates going into steel potentially causing rust?
The Stockton Beach fire pics of that burned-up Grenadier suggest the fenders are aluminum. Aluminum as the bonnet and doors. i.e. melted away in a fire, unlike all the steel right next to itIsn’t anyone concerned about several rivets to attach these plates going into steel potentially causing rust?
Could you use something like 3M VHB tape to "glue" these on? No permanent holes in fender, but also not sure how hard it would be to get them off. I don't have any extensive experience in this area, just thinking of options.
I must have missed that, good point. Thanks.That's been suggested before (by me and others) but the consensus was that the plates may become a projectile in a front end collision unless well secured. If the US/ROW fenders do indeed have enough structural support I'd consider gluing down simple rubber mat.
As far as I know, the plates have the tape, as well as, the rivets.Could you use something like 3M VHB tape to "glue" these on? No permanent holes in fender, but also not sure how hard it would be to get them off. I don't have any extensive experience in this area, just thinking of options.
I believe IG has said that the reinforced fenders themselves offer the ability to hold weight but the additon of the plates adds much more holding strength.Citing the link posted by @Tazzieman...
Aluminium Chequerplate Slip Resistance
There is a misconception that aluminium chequerplate offers good slip resistance
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If the US/ROW fenders do indeed have enough structural support I'd consider gluing down simple rubber mat.
There was one I remember seeing a while back. I’ve tried searching for you but can’t seem to find it. Perhaps @DCPU has one. He’s got a lot of Grenny pics. As a substitute, I believe in the factory tour of, and showcase of the assembly on YT, they showed the bones of the body as it was being assembled.Hello everyone. Is there a picture or drawing of the reinforcement of the fenders? I am in Europe and would also like to install reinforcements and checker plates. But I don't want to buy new fenders.
The way I think about is by comparing it to building a floor in a home, where the joists are the main structure of the Gren body and the “subfloor” is the skin of the Gren. As an extreme example, if cardboard is used as the subfloor and you step on it, your foot is going to go through. If you use plywood, it can now hold hundreds of pounds depending on how thick it is.@TCMBoulder
This was my recollection. I don’t disagree with your questioning how a thin sheet of aluminum can provide an additional 130 pounds of support, but that’s what IA claims.
That makes sense - good analogy.The way I think about is by comparing it to building a floor in a home, where the joists are the main structure of the Gren body and the “subfloor” is the skin of the Gren. As an extreme example, if cardboard is used as the subfloor and you step on it, your foot is going to go through. If you use plywood, it can now hold hundreds of pounds depending on how thick it is.
IMHO, the checkerboard plate acts in a similar manner. It is filling the gap and distributing the load with a thicker material. The main body of the fender underneath is what is actually taking the weight.
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