You shouldn't have to worry about that. Think of a piece of dirt coming off your tire, it isn't going that fast. The rotor is also spinning slower so it shouldn't really be a problem.
The problem is A) if a piece somehow gets stuck in the caliper, your wheel stops. Much better for this to happen in the back. And B) when riding steep and loose downhill, a back brake alone has very little chance of stopping you. Best to keep the front safe.
the rotor is spinning the same speed as the wheel...
You shouldn't have to worry about that. Think of a piece of dirt coming off your tire, it isn't going that fast. The rotor is also spinning slower so it shouldn't really be a problem.
The problem is A) if a piece somehow gets stuck in the caliper, your wheel stops. Much better for this to happen in the back. And B) when riding steep and loose downhill, a back brake alone has very little chance of stopping you. Best to keep the front safe.
the rotor is spinning the same speed as the wheel...
You shouldn't have to worry about that. Think of a piece of dirt coming off your tire, it isn't going that fast. The rotor is also spinning slower so it shouldn't really be a problem.
The problem is A) if a piece somehow gets stuck in the caliper, your wheel stops. Much better for this to happen in the back. And B) when riding steep and loose downhill, a back brake alone has very little chance of stopping you. Best to keep the front safe.
the rotor is spinning the same speed as the wheel...
It spins at the same rate, however the actual speed is lower the closer you get to the center of rotation. There was a large discussion about this like a year ago, and I had to bust out the maths before a couple of people finally got the point.
You shouldn't have to worry about that. Think of a piece of dirt coming off your tire, it isn't going that fast. The rotor is also spinning slower so it shouldn't really be a problem.
The problem is A) if a piece somehow gets stuck in the caliper, your wheel stops. Much better for this to happen in the back. And B) when riding steep and loose downhill, a back brake alone has very little chance of stopping you. Best to keep the front safe.
the rotor is spinning the same speed as the wheel...
It spins at the same rate, however the actual speed is lower the closer you get to the center of rotation. There was a large discussion about this like a year ago, and I had to bust out the maths before a couple of people finally got the point.
I was out today testing it and well guess what guys?
IT WORKS!
I was unable to get my hands on organic pads which would've been a lot better for the testing. I just need to measure it up the hub when making more. I had to file it down a bit to fit with no flexing. The important thing is it works, for street riding that is.
I was out today testing it and well guess what guys?
IT WORKS!
I was unable to get my hands on organic pads which would've been a lot better for the testing. I just need to measure it up the hub when making more. I had to file it down a bit to fit with no flexing. The important thing is it works, for street riding that is.
how did they feel? did they grab well. any slipping. lets get some deatilas here!. too bad the cost of carbon fiber is rising so fast!
They feel pretty good and I didn't have an slipping at all while doing stalls. I was also able to lock up the wheel when riding. Organic pads are a must though as regular pads will eat away at it.
They feel pretty good and I didn't have an slipping at all while doing stalls. I was also able to lock up the wheel when riding. Organic pads are a must though as regular pads will eat away at it.
The project is dead. My carbon dried out and is crap now(stupid freezer fried). I still have the originals protos but I can't do more testing on them since revisions needed to be made and I have them planned out. I'll see if I can try and snag more carbon but its very unlikely.