Not content with making aftermarket shock links for what seems like nearly every bike in existence, Cascade Components have now added brake calipers to their catalog of CNC machined components. The new North Fork calipers are compatible with all of SRAM's Code levers, and are said to deliver 20% more power than the stock Code calipers.
That increase in power is achieved via the use of larger diameter pistons – the North Fork caliper uses 16 and 18mm phenolic pistons, compared to the 15 and 16mm pistons in a standard Code caliper. The lever throw remains the same in order to maintain a familiar feel, just with more available power.
North Fork Caliper Details • 6061-T6 aluminum
• 18mm and 16mm pistons
• Designed for use with any Code levers
• Colors: Black, purple, electroless nickel
• Made in USA
• Price $283 each / $530 USD pair
•
cascadecomponents.bike The calipers are priced at $283 each, or $530 for a pair, lever not included. For reference, the MSRP of a SRAM Code RSC brake lever
and caliper is $250 USD. On my scale, one North Fork caliper weighed in at 137 grams, just 18 grams more than a Code caliper.
The calipers are machined in the USA from 6061-T6 aluminum, and are compatible with SRAM's Code pads, as well as their Bleeding Edge system, with the bleed port at the top outboard portion of the caliper. While Cascade Components makes or sources their own parts for the North Fork calipers, there's a large amount of cross-compatibility in order to make sure spares are relatively easy to find, and everything except the two bolts that hold the calipers together could be sourced from SRAM if necessary.
For riders who want to tweak their brake setup even further, Cascade Components also has a new cam kit that works with Guide and Code RS and RSC levers, the ones that have SRAM's SwingLink design.
Cascade's cam is designed to ramp up the amount of force more quickly, creating less lever throw and a faster bite. The cams are priced at $37 per pair, although Cascade do warn that they're not going to be everyone's cup of tea – riders that tend to drag rather than stab their brakes may notice more hand fatigue from the change in lever feel.
Ride Impressions I've had a set of the North Fork calipers in my testing rotation for the last few months, and I've been able to take them on plenty of long, brake burning descents during that time period. Getting them up and running didn't pose any hassles – the bleeding instructions are clearly written and easy to follow. It's worth noting that not all post mount adaptors are compatible with the North Fork calipers due to the larger dimensions – Cascade Components has a list of what will and won't work. The good news is that there aren't any known fork incompatibilities; for instance, if you're using a RockShox Zeb, which has a 200mm post mount, the caliper should bolt right on.
On the trail, the extra power is noticeable, but it doesn't smack you upside the head. There's still plenty of modulation, which is handy for creeping down dust covered rock faces without fully locking them up and doing the skid of doom. The extra power was most evident during heavy braking, on really steep sections of trail where the brakes were constantly engaged. Again, it's not a night and day difference from the stock caliper, but it is a definite improvement, and it could be the ticket for bigger riders, e-bikers, or anyone who's typical trail selection varies between steep and steeper.
There's also the fact the that calipers simply look great, at least in my eyes. I'm a fan of the slightly chunky, machined look - they take me back to a time when aftermarket brake levers were all the rage for riders eager to hop up their Hayes and Avid brakes.
Given the substantial of cost, I'd recommend that power hungry riders give SRAM's new
HS2 rotors a try first, and then consider the North Fork calipers as the next step if that bump up in power still isn't enough.
As for the cams, those are a little less straightforward to install – there's a pin that needs to be pushed out, and spring that needs to be oriented the right way. I did it sans instructions; I'd imagine Cascade will have a little manual that'll include some tips and tricks.
I have big hands, so I tend to run my levers a little further out, and have them bite a little quicker. For that reason, I got along fairly well with the different cam installed, although I personally didn't find the new leverage rate to be that much of a benefit over the stock configuration. The modulation of SRAM's Code RSC levers is one of the reasons I tend to prefer them over Shimano, and the cam took some of that away. For some riders, though, the change in feel the cams deliver could be exactly what they're looking for.
Why wouldn’t I just buy a decent brake in the first place and for less money?
Come on Cascade - do it properly and make the lever too.
If they release it and are priced at $1000 per side I'll be waiting for youre comment to say "finally, I am buying this shit"
The bike industry has a market for the ultra expensive boutique component now, just look at absolute black, trick stuff, intend etc
*I know it is written brake...
Still, all brand new parts and much more powerful Codes for $470 less than Trickstuff Maxima's (as a comparison). It's not crazy... The "holy grail" of brakes are powerful, modulate well, consistent, and quiet. I think there is a good chance that these would deliver a premium braking performance, especially if paired with the new sram rotors.
The review didn’t indicate these would then be a ‘holy grail’ brake - just a little more powerful than the SRAM calliper and you still have any drawbacks of the mass produced SRAM lever.
I honestly think they need to get the lever made here - give everyone a full brake, bring it in for sub $800 (which is still rather expensive) and then would be into something.
Maybe the most popular and most popular OEM-spec brake lever is a great place for Cascade to start when designing a customer caliper.
But if you want to discuss how good the Code is, then why would anyone want to make a calliper to improve it? (I have no problem with SRAM brakes I have tried btw) - surely it’s more than ‘because we can’
All (semi) joking aside, I would love to set these up but the value proposition is verging on borderline madness.
Also, XTR Race Levers are $35/ea and are identical side-to-side so a pair is $70. Also carbon composite.
In total, my BL-M4100 (pair) was $54, a set of XTR blades would be $70. That'd make the total lever setup $124. Not as light as XTR, but similar ergonomics and more modulating lever feel.
i've had my set for 3 years with no issues.
Designing, engineering and producing a lever assembly is much, much harder than doing the same for a caliper. Especially as Cascade is a company specializing in single-piece CNC. So Cascade Components sat around a table and said, "How could we make an existing and popular product a little bit better?" They opted to go after the most popular brake set, and address the primary concern with Codes: great modulation and feel, could use a little bit more power.
Lo and behold! For $300 more than a set of Codes at MSRP, you can have Codes with 20% more power and a blingin' caliper on your ride.
To that end you could probably run Guides with the North Fork caliper although you may run into displacement issues with both heat and pad wear, and of course the lever ratio is likely different. SRAM brakes are a rising rate leverage ratio IIRC and I suspect there is a significant difference between each model.
So cascade are just making the part thats easiest and has the least influence.
If some I were to go this route I would
Get the maxima levers and run mass produced calipers.
You'd end up with a much better end product and cheaper.
The same extrusion, with more machining to accommodate the additional parts in the RSC/ultimate brake systems, and the higher end models being anodized vs painted/powder coat. But yes the mechanical advantage comes from the difference between piston diameters and the lever leverage point. The system is extremely simple in how it works. I would argue that using anything but a code lever would be an issue given that codes currently only have enough fluid in the reservoir for the current code caliper with little as a reserve. Either way, I love the idea of these calipers.
I did this on my GF bike with CODE RSC in the back and CODE RSC lever + V4 caliper in the front.
It's about the same feel and power as my Trickstuff Direttissima on my bike. But SRAM pumps tend to not hold up longer than 3 years.
On my other bike I'm using Shigura and ShiCura4 in the front. Really aggressive setup!
Got a set of Hayes A4 brakes this year, and I'm hugely impressed, they are little bit more grabby than Hopes, but holy shit they have some power!
Modulation is fine after getting used to them, and I don't see any downsides to them so far, and no need to bleed them yet.
The final test will be long term durability compared to Hope.
That being said, I love what they're doing and want to support it, just can't justify the price personally. I do imagine their markup isn't huge considering, the R&D, custom pistons, and then lower volume of this part.
Hopes V4 caliper is the same piston sizes...
a riding buddy has a set of dominions waiting to go on his nomad, so between us two, i'll hopefully know how they compare.
Pascal's principle doesn't care about marketing BS. Unless they've stuck something in there to remove that volume, which then just means you're now going to run into issues with the brake rubbing. So, it still sucks.
It's got to be reduced pad travel then. :/
If these offer similar performance, that is a 37% discount off the Trickstuff. I'd seriously consider these if I wasn't already on order for Maximas.
Agreed either that or you need to change the cams in your levers to push more oil for the same throw.. oh wait a minute!
I'm sorry, I thought this article was about cascade components?
Also, how comes a bigger fluid volume in the calliper doesn't mean a longer lever throw? It applies to both the Cura 4s and these Cascade callipers.
I wish they had a slightly firmer feel and more pad rollback.
I also find their bleeding provisions to be less than ideal, with fluid running out of the caliper when you remove the syringe and reinstall the plug. I used to remove the older formulas (before internal routing) to be able to remove the syringe and install the plug with the caliper elevated above the lever. I also found it useful to use a larger than standard syringe for bleeding the rear brake.
If the same amount of pressure is applied to pistons of a larger diameter, which act on brake pads which have the same area, don't you just have more fluid displacement (lever throw) for the same amount of force since the areaXpressure is the same?
quote:"Aside from the two bolts holding the caliper together, all of the other parts are designed to be cross-compatible with SRAM's Code parts."
Sram stock diameter piston is 15&16,how is cross compatible with OEM caliper internals?
2: I miss the days when companies made after market brake levers. I still have a set of Dangerboy T-101 levers on a set of Avid Juicy 7's, with Goodridge 108 braided lines on my DJ bike. I may of just dated myself.
I've had their progressive links on two bikes now, the fit and finish is on par with OEM. So I can only imagine just how good these brakes are in the flesh.
I was a diehard Shimano (Saint/Zee) rider for nearly a decade, then had my first taste of G2 Ultimate's a few years ago, then got the Code RSC's 2 years ago and never looked back at Shimano. From the insanely smooth actuation and the Bleeding Edge system, Sram just has the best system overall. I can only imagine how good the entire Cascade brakes will feel, a more progressive ramp up on power, and 20% more clamping power under hard riding at that. Lets just say I will be ordering these quite soon.
How much for Trick Stuff caliper and lever? I wonder if the big players used forged Al and then machine . Being as the caliper body must handle massive amounts of force I'm quite certain there is a reason for one piece calipers.
Great idea . Sell aftermarket calipers but if they are being carved by a robot then they should be inexpensive. Oh what size Pistons in Magura calipers?
Although ya for the money I'd probably try 230mm rotors first haha.
Trickstuff Maxsima : "Hold my beer"
lol