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not necessarily. just because it's designed to be used with your heel doesn't mean that it's designed 'to be stomped'. you wouldn't punch the on/off button on your tv and then complain when it broke would you?[/url]
If it broke during what I consider normal use, yes. Would you complain if the clutch peddle in your car broke in under a year because you were 'stomping on it'? I expect a component designed to be operated by my foot to be designed to withstand any strain placed on it during normal use.
If it broke during what I consider normal use, yes. Would you complain if the clutch peddle in your car broke in under a year because you were 'stomping on it'? I expect a component designed to be operated by my foot to be designed to withstand any strain placed on it during normal use.
A comparison to the clutch pedal in a car is a poor choice. Even if it is stomped on it bottoms out against the floor board. So there is no extra load on the joints
This is not the case with the shift linkage on our bikes.
I donlt think the heel shifter is the problem, it's the rider and the stock position of the lever. I don't shift any harder with my heel than with my toe and while I check the pinch bolt, I've never had any issues on any of my FL's. I put the heel shifter as close to the board as I can and still have the tranny fully engage. If left in the stock position, I will put too much pressure on it because it's so high.
Not doing time trials at every stop light helps too!
If it broke during what I consider normal use, yes. Would you complain if the clutch peddle in your car broke in under a year because you were 'stomping on it'? I expect a component designed to be operated by my foot to be designed to withstand any strain placed on it during normal use.
normal use and stomping are two different things. i personally don't use a heel shifter because i don't like the position that it forces my leg into with the pad being in the way so i don't have the problem you have. however, my wife does like hers, she doesn't stomp, and she has never had the problem you have. coincidence? maybe, maybe not....
Under 10K miles and it comes apart on I40 (at highway speed) in the TN Mountains
I just turned 10K on my '14 FLHTK and the linkage came apart and was dangling in the air. My ankle was the only thing that was keeping the shifter mech from falling of and bouncing along the road.
I could not fix it with the tool that comes with the limited and got towed to Smokey Mountain HD in Pigeon Forge, TN. They fixed it in less then 30 min from the moment it was off the tow truck.
From the research I have done.... why has this not become a recall? It appears that MANY have suffered from this problem and it could be a safety issue. Lots of folks are performing their own engineering to fix a problem that appears to be a design flaw.
BTW, I do not stomp on my heel shifter as a regular practice.
I agree that it is a design flaw. Basically, we have expensive motorcycles with a dime store shift linkage. The linkage on my 2005 Road King failed at 30k miles, and I replaced it with a linkage with heim joints. Because of that experience, I replaced the linkage on my 2007 Low Rider preemptively at 20k.
Just my 2 cents. On my '10 Limited it was the toe shifter that stripped and flopped. I use both the heel and toe shifter and have the heel positioned so that it bottoms on the footboard during an upshift.
When I replaced the toe shifter I had to replace the shaft it attaches to as well since the splines were stripped. During the replacement I noticed the shaft was dry and showed some corrosion. I made sure to grease the new shaft and am contemplating drilling and tapping the case it slides through for a zerk so it can be greased easily in the future. The corrosion on mine Im sure is present on most others and may result in it taking more pressure to shift which could put more stress on the splines leading to failure.
So I guess my message is grease your shafts.
I'm getting ready to put a zerk fitting on the splined shaft housing to take care of greasing the shaft. I currently have some Teflon grease on the shaft that is good to 650 degrees. I wish I could find pure Teflon grease in a grease gun cartridge.
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