That looks pretty crap to ride on haha
what fork have you got?
I run 203 front and back due to being a porker
My friend recommended me this one: http://www.leisurelakesbikes.com/p/17511/cube-aim-disc-29er-hardtail-mountain-bike-2015 as he had one and i had a little test ride and liked it, but the shop have come back and said they don't sell that one anymore and have recommended me this one: http://www.leisurelakesbikes.com/p/...r-sport-29er-hardtail-mountain-bike-2015-sale (Black and red mind, the blue one is ugly)
I don't really know anything about bikes beyond the obvious (AKA my current bike is le poo poo) any recommendations for one around £400 if the latter link is no good? (They've told me they'd price match that one in the second link with the price from the one i had previously ordered if i want it too) I'm only going to be riding around the local woods, semi-rough terrain mostly, don't like road riding so won't have to consider that.
Epicon x2
how do you find running 203 front and back? locking up the wheels often or not?
question is, is the epicon strong enough to handle things like flex from the extra braking force. personally i wouldnt run a 203 on anything that has a QR. 15mm or above in my opinion.
regarding locking, you have to adjust your braking style slightly. dont just grab the lever wildly.
I wouldn't run a 203 on those forks either, but don't agree with 15mm axle - what does that have to do with the braking?
My old Stumpy came out of the factory with a 203mm rotor bolted to QR forks. I'm not saying you're wrong or anything, just an observation.
My old Stumpy came out of the factory with a 203mm rotor bolted to QR forks. I'm not saying you're wrong or anything, just an observation.
There's a couple of reasons:
1- If the caliper is positioned behind the forks (like 99% of bikes) then applying the brake puts a downward force on the axle. If you dont have the skewer on right, it can be forced out of the dropouts. The lawyer tabs will usually stop the wheel from flying out of the fork but you can end up with the wheel squint in the forks if one side gets forced down against the tabs whilst the other stays in position.
2- The brake is attached to one fork leg only. That means that the backwards forces applied to the fork when you brake are uneven (and therefore create a twisting force as well as a backwards force). Having a more solid connection through the axle can help spread this force between the fork legs.