daveinva
New member
I had the day off yesterday so I went for a 170 mile joyride. No complaints there 
At about the 140 mile mark I stopped off to use the restroom. When getting back on the Spyder, I noticed that the rubber pad over my left driver floorboard was torn (!!). :gaah: I'll take photos when I get home, but borrowing wolfee's photo, it's this one:

The rubber pad is atop a thin stainless steel plate with four, ummm, "nipples" (for lack of a better word) that fit through four holes in the plate and then through four holes in the stainless steel footboard. The nipples are glued to the rubber pad through the thin plate (nothing is glued to any metal). This setup is intended to make the floorboards "anti-vibration."
TWO bad things happened to mine: the pad came off the glue at two nipples, and the pad *tore* at a third nipple, damaging both the pad and that nipple. Basically, it was resting on just one nipple (I told you that wasn't a great word for it).
This really sucks, seeing as I spent a lot of money on these boards, I've had them for less than two months, and I've used them for less than a thousand miles. What's worse, I really like the footboards. When they're not broken.
Interestingly enough, the right-side footboard appears fine for now. This makes some sense, seeing as I ride often with my right foot on the peg to be close to the brake, pushing off (read: torqueing) the left footboard, hence the obvious damage.
I think this problem might be either unique to the Spyder, or at least exacerbated by it, given the riding style required (a two-wheeler rider is probably not putting as much lateral force onto their Rivco floorboards as a Spyder rider does).
Anyway, I'm going to complain to Rivco to see if they can't send me a replacement pad and set of nipples, but given how quickly and dramatically this happened, I'm confident this will happen again quite soon.
What's the best way to get non-skid rubber to stick to stainless steel? I rode without the pad on the left footboard and I sure as heck didn't feel a whole lot more in the way of vibrations, but obviously I can't ride like that forever on slick stainless steel... ??
Grrrrrr.

At about the 140 mile mark I stopped off to use the restroom. When getting back on the Spyder, I noticed that the rubber pad over my left driver floorboard was torn (!!). :gaah: I'll take photos when I get home, but borrowing wolfee's photo, it's this one:

The rubber pad is atop a thin stainless steel plate with four, ummm, "nipples" (for lack of a better word) that fit through four holes in the plate and then through four holes in the stainless steel footboard. The nipples are glued to the rubber pad through the thin plate (nothing is glued to any metal). This setup is intended to make the floorboards "anti-vibration."
TWO bad things happened to mine: the pad came off the glue at two nipples, and the pad *tore* at a third nipple, damaging both the pad and that nipple. Basically, it was resting on just one nipple (I told you that wasn't a great word for it).
This really sucks, seeing as I spent a lot of money on these boards, I've had them for less than two months, and I've used them for less than a thousand miles. What's worse, I really like the footboards. When they're not broken.
Interestingly enough, the right-side footboard appears fine for now. This makes some sense, seeing as I ride often with my right foot on the peg to be close to the brake, pushing off (read: torqueing) the left footboard, hence the obvious damage.
I think this problem might be either unique to the Spyder, or at least exacerbated by it, given the riding style required (a two-wheeler rider is probably not putting as much lateral force onto their Rivco floorboards as a Spyder rider does).
Anyway, I'm going to complain to Rivco to see if they can't send me a replacement pad and set of nipples, but given how quickly and dramatically this happened, I'm confident this will happen again quite soon.
What's the best way to get non-skid rubber to stick to stainless steel? I rode without the pad on the left footboard and I sure as heck didn't feel a whole lot more in the way of vibrations, but obviously I can't ride like that forever on slick stainless steel... ??
Grrrrrr.