I agree with you, but sometimes it can be overwhelming and confusing to understand when too many variables are evaluated.They should do some sort of brake force per £/$, might drop the Formula down a bit. Seriously though, some unexpected outcomes in that graph; Codes getting spanked and the performance of the Funn Drop Out which you don't see on too many bikes. Still, theres more to a brake than power though, I'd take a slight drop in power for ease of bleeding etc.
would be nice if they showed a bigger graph so you can actually see the findings
Agreed.would be nice if they showed a bigger graph so you can actually see the findings
Top right corner of the webpage there are thumbnails that open larger picsAgreed.
looks like they only had 3 data points (@ 50, 100, 150). just connecting the dots.For example, there appears to be an inflection point at ~100N of force for nearly all the brakes, but we are unaware of why this is.
Whatever the case, not following or listing any sort of scientific procedure is a good way to lose any credibility in my eyes.looks like they only had 3 data points (@ 50, 100, 150). just connecting the dots.
yeah, that does seem weird. everyone ive ridden seem to be pretty damn powerful, especially compared to the Elixrs which is somewhat buried in that graph thinkAm I reading that right that the Avid Codes are the weakest brakes you can buy?
Something doesn't seem right there......
you can also hit CTRL and scroll with your mouse wheel too, but having it spaced out a bit more would be nice tooTop right corner of the webpage there are thumbnails that open larger pics
thank you captain obvious. of course there are other aspects to consider.Still, theres more to a brake than power though, I'd take a slight drop in power for ease of bleeding etc.
Your assuming Bikeradar (aka MBUK) has credibility to start with...Whatever the case, not following or listing any sort of scientific procedure is a good way to lose any credibility in my eyes.
Totally agree. No details on how it was performed so pretty useless.Honestly, that would be nice if it were a bit more scientific or at least followed the standard test methodology that most people learn in a high school science class.
Briefly looking at some of the results and correlating them to my personal experiences with some of the products leads me to believe that there is some level of consistency with the testing method. At the same time not listing any of the variables, measurement tools, methods, etc... leaves alot of gaps in my mind as far as how genuine the test, results, and conclusions really are since there is no way to constructively peer review the test.
For example, there appears to be an inflection point at ~100N of force for nearly all the brakes, but we are unaware of why this is. This could be an indicator that something is wrong with the test since all of the results appear as though they are linear. Again maybe there isn't, but I would like to know why this is the case, and I would hope that the person conducted the test looked into this as well.
In anycase, it is pretty neat. I'm not at all surprised to see where my Avid Codes landed
there is a vid of a test somewhere in the archives of the site. I think they called it big brake test or something.
http://www.bikeradar.com/gear/category/components/disc-brake-systems/product/code-brake-10-37431
lol
i love the cup and cone washer setup for my Avids. i think its a great ideaSetup is awkward too, with the cup-and-cone washers and long, deep calliper, because it needs aligning in 3D not just 2D.
nice!OK, I found this link which really clears things up. That OP's link was garbage, and I assumed that that was all there was documented pertaining to the test.
http://www.bikeradar.com/gear/article/how-we-test-hydraulic-disc-brakes-24345
Nice little machine they have built there. Would have loved to see the fixture attachment to the actual levers in more detail.
That's actually pretty impressive - but I gotta say there's no way Codes are that gutless, those things do have a fair bit of power. Certainly more than Elixirs.OK, I found this link which really clears things up. That OP's link was garbage, and I assumed that that was all there was documented pertaining to the test.
http://www.bikeradar.com/gear/article/how-we-test-hydraulic-disc-brakes-24345
Nice little machine they have built there. Would have loved to see the fixture attachment to the actual levers in more detail.
the charts seem to show them being more powerful when they are wetThat's actually pretty impressive - but I gotta say there's no way Codes are that gutless, those things do have a fair bit of power. Certainly more than Elixirs.
Possibly, but I would have to say that in my experience with the Code's I have, the testing appears to be spot on. I have a sneaking suspicion that there has to be some sort of sealing, tolerance, or wear type issue with the Mag bodied Codes.That's actually pretty impressive - but I gotta say there's no way Codes are that gutless, those things do have a fair bit of power. Certainly more than Elixirs.
Just a small comment, you probably know this, but don't the Codes use DOT fluid? And therefor, DOT absorbs water while mineral oil does not...so theoretrically Avids need a yearly bleed, maggies need a bleed once....again, theoretrically.it isn't the bleeding that is causing issues. I have 10 year old Magura Hydraulic rim brakes that haven't been touched once, and my Codes were a weekly problem all of last year.
Actually that's entirely possible - water is a poor lubricant but it does turn any dust/debris (including dust from the brake pads themselves) into a highly abrasive mixture, hence why your pads get chewed out so quickly whenever you ride in the mud.the charts seem to show them being more powerful when they are wet
http://www.bikeradar.com/gear/category/components/disc-brake-systems/product/code-brake-10-37431
thanks, that is a helpful link. i figured they used the mfger's 6 inch rotor (since this test included xc and dh brakes) but nice to see that confirmed, along w/ the other test details.OK, I found this link which really clears things up. That OP's link was garbage, and I assumed that that was all there was documented pertaining to the test.
http://www.bikeradar.com/gear/article/how-we-test-hydraulic-disc-brakes-24345
Nice little machine they have built there. Would have loved to see the fixture attachment to the actual levers in more detail.
Hey Udi, didn't you guys have some problems with the Saints when you were here? Most people I know around here liked the Saints in the beginning of the year and then had lots of problems later on and then switched to the Ones.Not sure if anyone noticed, but the saints won the wet test as well.
Formula "the one" was just behind them.
I agree with people who said the codes should have been further up though, I've ridden all three of these brakes and I think the codes are close enough power wise. I suspect something went wrong with the test, or it was a bad batch of brakes (which, knowing avid is entirely possible).
Yerp, to be honest I'm not sure why we still have brakes with such tiny pads and relatively small rotors - a 10" rotor and some pads that were say 25% bigger than Saint pads (which were already 25% bigger than the previous gen Saint pads) would solve a lot of problems as far as heat goes.From my experiences their test seems to be pretty accurate. The local shop here has such a hard time keeping everyone's totally cooked brakes running well. They do a good job but I wouldn't want to deal with so many fried brakes from all the big brands.
True that, pretty much the only reason I want to swap back to Code calipers from Elixirs is the fact they deal with heat so much better.Socket said:....as far as heat goes.