Or a hub with no hope ?!I see the problem.
It's not a Hope hub
Or a hub with no hope ?!I see the problem.
It's not a Hope hub
Peddle?..............you reduced your prices??I do check bolts every few months never had one come loose . Ebike is first time i have used any threadlock on anything or used a torque wrench . Only thing i ever remember loosening was a peddle.
Seen bolts sheer before when tightening them too much but 6 at once pretty dramatic . Are there any photos yet.I don't think the sheer strength of 6x 5mm high tensile (which would should be using - 8.8 spec) steel bolts should be a problem on our bikes, electrified and heavy or not. The best I can come up with for the above spec bolt is a sheer strength of 5.45kN which with my back of a fag packet calculations makes around 500Kg of force if torqued up correctly. Multiply by 6 and thats a fair bit. I would suggest that an alloy hub should fail before 6 bolts sheer.
In short, I believe the hub was shit or the bolts were shit, or a combination of both being shit. Either way, IMO we shouldn't be concerned with a 6 bolt format on our discs even with heavier ebikes.
Bare with me everyone, I'll make it a top priority to take pics tomorrow morning before shooting out and shooting a vid
Nevertheless, pics in the morning. Top priority
BTW, did you rotate the disc clockwise a bit to remove residual play before tightening the screws? If not, a bit of slippage could lead to a sharp shear force and cut the screws.
Wouldn't you want clockwise ? The wheel would be turning anti clockwise when you ride - when viewed from the disk side. So when you brake, it would be trying to stop the disk and applying the equivalent force to turning it clockwise ? Unless you have a digital watch of course, or ride in Australia.Clockwise would create a gap to the bolts and create play. Anti-clockwise would close any gap. When brake pads grab the rotor, they pull the rotor anti-clockwise. Sorry I'm not trying to be a pedantic wanker.
ie the opposite o what you said beforeYes a wheel goes anti-clockwise from the disc side, but when the rotor is pulled by the pads, they are pulling it clockwise. Roll a coin from right to left and put pressure on it at 3 O Clock like a brake, then more pressure... until it's so much you're pulling it in reverse - any rotor is being pulled clockwise.
Just go back to sleep your missing nothing pal.Sorry man I just woke up lol. Edited.
Great investigative journalismWell .. clear as mud now ...
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