Cane Creek Partner Highlight: Litespeed & Quintana Roo

Cane Creek has a unique and long-standing relationship with Tennessee, USA-based bike manufacturer American Bicycle Group. ABG has two brands making a major splash in the industry: Litespeed (road, gravel, adventure, and mountain bike) and Quintana Roo (triathlon). While all Litespeed and Quintana Roo bicycles are spec’d with Cane Creek headsets, our relationship dives much deeper.

Litespeed manufacturing

In 1986, Litespeed‘s founders sought to provide an answer to cyclists asking for something strong and durable, yet light and agile. Up for the challenge, a team of designers began a new breed of bikes: Litespeed. “We discovered a new way to work with titanium and created a new and exciting cycling experience,” explains Litespeed’s Brad Devaney. The company grew into American Bicycle Group in 2000, at which time Quintana Roo was added.

Litespeed bikes are manufactured and assembled, while Quintana Roo bikes are painted and assembled, in American Bicycle Group’s factory in Chattanooga, Tennessee. Cane Creek employees Bryan Flack and Andrew Slowey visited Litespeed’s headquarters earlier this month. “It’s amazing, they’re like our sister company,” they explained. “You’re able to watch a bike get fabricated, welded, painted or finished, and assembled all in the same place. The facility has a very ‘homey feel’ – it was so neat to be there.”

Litespeed’s relationship with Cane Creek began in the early 1990s. “Back in the early ‘90’s we were buying Rock Shox,

Cane Creek Helm on Litespeed Mountain Bikebrakes, brake posts, and a myriad of other items from then-Dia Compe USA, soon to become Cane Creek Cycling Components. The engineers of that day and time came to visit me at Litespeed, as we had a fork testing machine [that proved to be super] helpful in testing the first threadless headsets,” Brad recalls. Today, all Litespeed and Quintana Roo bicycles are spec’d with Cane Creek headsets. Quintana Roo is dedicated solely to the triathlete. Litespeed, however, offers a full range of high-performance road, endurance road, gravel, adventure, and both hardtail and full-suspension mountain bikes. Manufacturing titanium frames allows Litespeed to offer extremely lightweight bikes with high stiffness-to-weight ratios.

We’re currently obsessing over Litespeed’s Ultimate Gravel Ultegra Di2 completely decked out in Cane Creek components. Cane Creek’s eeWings titanium cranks, eeSilk premium suspension seatpost, and the 110 headset are right at home on this titanium beast. Litespeed boasts, “[The Ultimate Gravel] features race bike agility, pack stability, climbs and descends with ease, and yes, aerodynamics – [it’s] the Ultimate do-it-all gravel bike. We’ve even added vertical compliance using tubular, aero, titanium tubes as subtle springs.” We agree… and adding additional Cane Creek components takes the bike to the next level.


Litespeed Ultimate Gravel bike with Cane Creek Components

Litespeed Ultimate Gravel bike with Cane Creek eeSilk suspension seatpost











Litespeed Ultimate Gravel bike with Cane Creek eeWings titanium cranks

Litespeed Ultimate Gravel bike with Cane Creek 110 headset











There are a lot of great component manufacturers out there… So we asked Litespeed – why Cane Creek?

Litespeed bike in manufacturing

Litespeed bike in manufacturing

 “Cane Creek engineers top quality products at a higher value than all other competition.  I spend my own money on what I believe works best with no consequence. It’s a personal choice on our bikes and we aim to deliver the same value and performance to our customers.  We ride and provide what we believe in” (Brad DeVaney).

Litespeed bike getting paintedWelds on Litespeed bike











Litespeed and Quintana Roo mirror our proclamation that the best components out there are the ones that work well without you noticing they’re there. They do the job so well – there are no quirks, no creaks, no subtle nuances you learn to forgive or work around. Litespeed and Quintana Roo deliver bikes that reflect a supreme attention to detail, are unequivocally reliable, and perform at the highest level. From their perspective, it makes sense to partner with a component manufacturer that offers the same. As a result, the rider is able to have an ideal experience on a holistic bike. Simply put: “Cane Creek keeps us, our athletes, and customers on course and focused on our tasks at hand.”

In the past Cane Creek and Litespeed had also partnered on almost all of Litespeed’s race team and demo/event tour efforts: “We partnered on multiple truck and trailer rigs rolling the country supporting athletes and customers.” Perhaps one day soon, we’ll reignite the event tour relationship…

Litespeed Ultimate Gravel bike with Cane Creek components - Made in USA


American Bicycle Group is located at 4126 S Creek Road, Chattanooga, TN 37406
Email: | Phone: (423) 591-8830
Special thanks to American Bicycle Group/Litespeed & Quintana Roo and Brad DeVaney. 

Cane Creek Partner: Guerrilla Gravity

Colorado, USA-based mountain bike manufacturer Guerrilla Gravity recently launched extensive Cane Creek customization options on every model in their line-up. We shared a digital coffee with Bobby Brown, Guerrilla Gravity Marketing Manager, to learn more about the manufacturer, it’s history with Cane Creek Cycling Components, and why a Cane Creek partnership just makes sense for Guerrilla Gravity.

Guerrilla Gravity manufacturing process

Guerrilla Gravity was founded in 2011 by Will Montague, Matt Giaraffa, and Kristy Anderson. The Shredquarters, located in downtown Denver, Colorado, was established in 2013. Matt explains, “It took the better part of a year to finalize designs, prototype the GG/DH downhill bike, and begin setting up the factory,” and Guerrilla Gravity has been a production mountain bike company ever since.

There’s no doubt that Guerrilla Gravity is ultra-intriguing for mountain bike riders, from its name to its bikes. Their most common question: Where did that name come from?

Guerrilla: A community driven effort to spark change, and Gravity: The fun part of mountain biking. “We believe businesses exist to serve their communities, so we’ve made it our mission is to make mountain biking more awesome. What does that entail? Improving trail access, increasing ridership, and of course making badass mountain bikes,” they state boldly on their website.
Their bikes are making no less of a bold statement. Like Cane Creek, Guerrilla Gravity is trying to bring race-ready, high-performance technology to market at more affordable prices. “There are a handful of expensive boutique carbon brands in the US, but we wanted to offer groundbreaking performance in a more affordable package. Much the same way that you can get a DBCoil to feel really similar to more bespoke suspension options and it’s half the price. Our design philosophy centers around a high level of refinement and focus on efficiency, creating bikes that are made for goin’ fast, built to last, and are easy to work on. Plus, we provide extensive customization options, from build kits to frame colors. This means you’re building a bike that’s dialed for you.”

Guerrilla Gravity manufacturing process

Speaking of customization… Guerrilla Gravity announced the expansion of their Cane Creek OEM partnership at their 2019 Launch Event. Cane Creek Helm fork will be offered as an upgrade on every model in Guerrilla Gravity’s line up. Additionally, The Smash and Megatrail will have the DBAir CS as an upgrade, and the Shred Dogg and Trail Pistol will have the DBCoil IL as an upgrade option. “A lot of riders were really excited to see the new Helm up close, and there has been a lot of interest in trying it out for the ‘19 season. Most of our riders try to go out of their way to support domestic manufacturing and everyone was stoked to see The Smash set up with some made-in-America suspension!” Marketing Manager Bobby Brown recalls.

Guerrilla Gravity proclaims they’ve been big fans of the Cane Creek 40 and 110 headsets, as well as the Double Barrel shocks, since the very beginning, using them on the first GG/DH and Megatrail bikes: “The DBCoil IL was our go-to shock for hard-hitting Trail Pistol builds from 2017 onward, and it remains a great option for riders who want the snap of a short travel bike along with the traction and ride quality of a coil shock when speeds pick up.”

We mutually agree that Cane Creek spec option just makes sense for Guerrilla Gravity.

“We celebrate our short supply chain by aligning ourselves with other domestic manufacturers like Cane Creek. Like our bikes, suspension products like the Helm and Double Barrel are made for goin’ fast and offer a ton of adjustments so every rider can fine tune their bike for their trails. We’re really pumped to build on our history with Cane Creek… we’ve got a very special partnership project in the works that will be publicly launched at the beginning of March. We can’t wait!”


 Cane Creek 110 headset on Guerrilla Gravity Smash Cane Creek Helm suspension fork on Guerrilla Gravity Smash Guerrilla Gravity Smash decked out in Cane Creek components

 Guerrilla Gravity Smash decked out in Cane Creek Components

Guerrilla Gravity is located at 2031 Bryant St, Denver, CO 80211, USA.
Email: | Phone: 303-955-4163
Special thanks to Guerrilla Gravity and Bobby Brown. 
Photos credited to Justin VanAlstyne | @JMVDigital_Photo

Being Frank – David vs. Goliath vs. David


Brent Graves Cane Creek
Brent Graves, President and CEO

Twenty-five years ago, I was the proud father of my first bike line, and many of those Diamond Back (as it was spelled back then) models included Shimano’s Rapidfire Plus shifters. The shifters were a major improvement over the original Rapidfire shifters introduced a few years earlier. However, the next year saw RapidFire Plus shifters displaced by upstart SRAM’s Grip-Shift on a large number of models from nearly every brand. While SRAM’s deft move of getting top pro riders like Ned Overend and John Tomac on Grip-Shift and the fact that Grip-Shift provided a cost and weight savings helped get them OEM spec, there was another significant behind-the-scenes factor that enabled the swing to Grip-Shift.

Though SRAM competes on the same level as Shimano these days, it was far different in the early 90’s. SRAM was an upstart with a twist shifter design for tri and road bikes. While some tri geeks used them, the shifters were a commercial bust. The mountain bike boom was in full mushroom cloud phase when SRAM decided to offer a version for flat bars. But SRAM could not get OEM spec because Shimano was effectively locking out the competition with a pricing policy. Shimano offered a significant “group discount” when a product manager spec’d all Shimano parts. SRAM cried foul and filed suit which Shimano later settled. While the settlement was sealed, the OEM spec door was then open and SRAM had some additional cash to work with. Here’s an independent account of the story: If SRAM would have lost the suit, there’s a good argument to be made that they would not be around now.

I thought then, and still do, that it was good to have SRAM in the game. It keeps Shimano “honest”, offers all of us choice, and fosters competitive innovation. Choice then became a fundamental part of SRAM’s strategy. Whereas Shimano continued to frustrate product managers and riders with asinine limited parts compatibility, SRAM became the champion for the man-on-the-street. From parts compatibility to friendly, prompt customer service and fun marketing, SRAM became the Shimano anti-dote. However, as SRAM grew in the 2000’s it began to behave more and more like Shimano. I experienced this head-on at Specialized as SRAM became increasingly less flexible and accommodating. Part of this is a function of getting bigger and needing to operate with more structure. But I saw changes beyond that.

Those that know me personally will likely say that I am a bit more competitive than average. I believe in competition in business as well, with the fundamental principle being winning on merit. While our products compete with those from SRAM and Shimano, we really cannot compete with them business-wise – we don’t have the big money for top DH pros or Tour de France team sponsorships. Our sales are less than 0.5% of Shimano’s and similarly small compared to SRAM as well. But our small size gives us agility and flexibility the big guys cannot match. We also like to think that we are closer to the market and more approachable. So we do not shy away from developing products like the Helm and eeWings that are going to challenge the Pike or XTR. We do however, like SRAM in the early 90’s, expect a chance to compete.

This brings me to why you are not seeing eeWings on big brand bikes. We have been told by product managers of those brands that SRAM is effectively telling them that they cannot buy OEM 1X groups without a SRAM crank. Sound familiar? SRAM’s 1X groups are great – hell, I have them on all three of my most ridden mountain bikes. So bike brands definitely need to offer 1X on their models in order to be considered by riders. How does SRAM justify the same anti-competition behavior it once faced? The “our components are designed to work as a system” line, the same one Shimano has used for years, only goes so far. It even goes less far when talking about a system without front shifting – particularly when the eeWings can be paired with an authentic SRAM ring! Hey Stan, why not fully embrace your “Freedom to Mix, Freedom to Match” campaign and embrace a competitive environment that can raise all ships – and even small boats?

Let’s talk tech!

Cane Creek employees sitting at table with Professional Bicycle Mechanics Association president James Stanfill

Cane Creek presents technical clinics to professional bike mechanics at Professional Bicycle Mechanics Association Technical Workshop in Atlanta, GA


A bunch of people sitting in chairs in a conference room

The Professional Bicycle Mechanics Association, led by president James Stanfill, exists to promote, develop, and facilitate the education of professional bicycle mechanics. Throughout the year, PBMA hosts several Technical Workshops in key locations to provide mechanic professionals with 27 hours of continuing education sessions in addition to opportunities for professional development and networking. Major industry brands from every segment of the cycling industry are invited to attend to showcase and educate professionals on proprietary products, tools, and technologies. Cane Creek’s Alex Dawson (Technical Sales Engineer) and Andrew Slowey (Manager of Rider Engagement) hit the road to educate attendees at the Atlanta workshop on January 7th-10th, 2019.

Alex and Andrew not only work around Cane Creek products every day, but they’re also riders (real riders). This gives them a unique and intimate knowledge of the products that they were able to impart upon attendees in each of six classes over the 3-day workshop. Andrew recalls, “The participating mechanics were grouped into teams of 6-8 and given a scheduled that consisted of 3 full days of educational classes.  Each presenting company in attendance was able to tailor their class approach to most effectively use the time allotted.”

Considering that Cane Creek Cycling Components offers a wide array of products ranging from ultra lightweight headsets, brakes and seatposts to Enduro World Series-ready front and rear suspension and nearly indestructible titanium cranks, Alex and Andrew agreed that preparing to cover a wide range of information, field a cornucopia of questions, and build excitement around proprietary tech was key to a successful course itinerary. They dialed in focus on basic proprietary technologies and product features, but also shared their favorite “tips and tricks” to engage both experienced, tech-savvy mechanics as well as mechanics less familiar with Cane Creek’s products. In addition, Alex and Andrew were able to share the passion all Cane Creek employees have for creating great products.


Andrew says, “It’s awesome that nearly every employee of Cane Creek rides bikes, and we feel it shows in the products we make, the culture we uphold, and the progress we make as a company.”


Alex and Andrew share a few of their favorite tech tips below, but we encourage to you seek the help of your local Cane Creek dealer for bike/product fitment or adjustment questions and a Cane Creek Certified Service Center or our Factory Direct Service Center for all fork and shock service.



  1. Alex “Mr. Safety” Dawson always says:Before removing the HELM’s lowers, always remove the air from the positive and negative air springs.  This can be done by simply pushing the negative air charge button while simultaneously releasing the air from the forks air valve.
  2. While performing a travel change on a HELM Air: After unthreading the air seal head, do not pull the air piston past the threads located within the stanchion tube. Also, during reinstall, remember to adhere to the air seal head torque specs.
  3. A good way to test the quality of a shock’s DU (or Norglide) bushings: Remove the shock from the frame. If you can easily rotate the shock’s reducer hardware with your fingers, you should install new bushings. The DU bushings that lie between your shock’s end eye and the reducer hardware exist to protect internal components to the shock and are the intended wear points, thus they are designed to be easily replaceable.




  1. Understanding the format in which the Standardized Headset Identification System (S.H.I.S) is written will not only allow you to correctly identify the required headset for a particular frame, but also to correctly identify the fork steerer dimension. For example a frame with a straight chamberless headtube requiring a ZS44/28.6[]EC44/33 headset also requires a fork with a 28.6mm to 33mm tapered steerer, more commonly referred to as a 1 ⅛ to 1 ¼.
  2. If a customer walks into your shop with a pair of eeBrakes installed on his or her bike, the easiest way to identify the newest Generation 4 eeBrake is the black torsion spring that spans the front face of each brake. Even the new chainstay specific direct mount received this (among many more) updates with the 4th generation eeBrake!The stronger black springs increase the amount of feel and modulation during heavy braking, especially on frames with less than ideal cable routing.
  3. The rider’s saddle position should be carefully accounted for when setting up any of Cane Creek’s Thudbuster or eeSilk all road suspension seatposts.  Saddle offset and height may need to be adjusted to compensate for suspension sag. The parallel design of the links that make up each post means that suspension movement doesn’t interrupt the rider while pedaling.


Cane Creek enjoyed and is grateful for the time spent with the mechanics who attended the Professional Bicycle Mechanic Association Technical Workshop in Atlanta.  Alex and Andrew hope that class discussions helped all attendees to become even more confident while identifying, installing, servicing, and using Cane Creek products.

Cane Creek from PBMA on Vimeo.

For more info on the PBMA check out, visit
Photos provided by PBMA/Jesse Capsten.

To find out more about Andrew, Alex and the rest fo the Cane Creek family, visit Our Team.



Frothing for more? Tune in to our Instagram, Facebook, and YouTube channel to learn more about Cane Creek products, tech tips, and the people behind the components.


Being Frank – “EVIL” Standards


Brent Graves Cane Creek
Brent Graves, President and CEO

“An industry standard is a generally accepted set of criteria within an industry relating to the standard function, specification, and/or compatibility of a product or operation.”

Want to ignite an incendiary response from the forum trolls? Just say there’s a “new standard” for a bicycle product. As a consumer that cherishes product of good design and function, it warms my heart when a product has an extended useful life due to serviceability and compatibility. For those that started riding before there were mountain bikes as we know them, the Silca Pista pump is a fine example. The one I bought in 1986 still does the job it was designed for, can still be serviced with available parts, AND is still compatible with the valve stems used on most performance bikes. To grasp how absolutely remarkable that is, considering how many products one can say that about. A phone from thirty years ago? How about a camera or computer? A washing machine? A television? Yes, at one time we could and did repair our own TVs. But all of the modern versions of those products are infinitely more capable, and who would choose a 25” black and white console TV over a 55” OLED with a 4K UHD flat screen for the ability to replace vacuum tubes and place a fish bowl on top?

Nonetheless, when a company announces its new product was made possible due to changes to conventional specifications, particularly how said product interfaces with its mates — the accusations range from conspiracy to greed, idiocy, malice, stupidity, and more. It seems rational to desire that one’s carefully considered purchases are as useful as long as possible. However, it is just as irrational to call someone a flaming a-hole for trying to make a product function better. I don’t think the complaints are a new thing – just that technology has made it so easy to share our thoughts even before we have thought them through. So, this has been going on for a long time, and it seems to imply that the “standard” at any given point in time should remain the standard. Or in other words, “this is as good as it gets or as good as we need so don’t change anything”.

Hmm… at any given point in time? How about 1985 before Shimano perfected indexed shifting? After all, to partake in one of the biggest improvements in bicycle history required using an unconventional linearly noncompressible housing. Maybe 1991 before the advent of the threadless headset? A bigger offender than indexed shifting because one’s existing stem and fork had to be replaced. Or what about 1995 before Hayes introduced the first modern mountain bike disc brake (that actually worked!) but required specific frame and fork mounts? And about that same time a small research team created the virtual pivot (VPP) full suspension concept that beget many, if not most of the popular designs of today. Side note here: in one of my best bonehead moves, I passed on the Outland design that later boosted Santa Cruz into orbit. What about 2000 before Hutchinson (along with Mavic) introduced mountain bike riders to tubeless tires? But those tires required a new… yes, rim standard. Would 2011 be the year to freeze product evolution? There were some damn good bikes then, but they had two or three front chain rings before SRAM perfected 1X. Yes, 1X required the use of a new standard, the XD freehub. Or the years before 29 inch wheels, suspension forks, carbon fiber frames, or wide rims?

Certainly there have been advancements that did not result in incompatibility with mainstream bike design of the day. Dropper posts, wireless drivetrains, wide MTB bars, clamp-on grips, and others. But usually the most impactful necessitated a new way to be integrated or interfaced with. That impact is a function of evolution driven by the imagination of how to expand the fun and use of a bicycle. Unfortunately there are DUB, uh I mean dumb ideas that bring change of dubious benefit, make a situation worse, are made without due consideration of the consequences, follow fads, etc. without providing that great impact on our riding experience. It would be a tragedy to deny us the experience-changing impact of bicycle design evolution due to the frustration borne from the minority of products that are true abominations. After all, who knows what 2020 holds? There is nothing that is the last word in design.

DOUBLE BARREL Climbing Efficiency


CS is the most innovative climbing feature available and is now standard on all  Cane Creek CS & IL Double Barrel shocks.   This proprietary climbing feature (patent-pending) for Double Barrel shocks alters the entire low frequency dynamic response of the shock to specifically address the demands of ascending on a bicycle.


CS is a selectable climbing mode on Double Barrel shocks that allows the rider to retain the advantages of a fully-suspended bike while climbing, without unwanted suspension motion.  CS is not your conventional pedal-platform as it adjusts both LSC and LSR.  By selectively tuning both compression and extension phases when climbing, the shock maintains better traction and control while enhancing pedaling efficiency through the shock’s entire travel.


The strength of CS lies in the fact that it provides climbing-specific chassis damping in both compression and rebound.  The result is better rear-end traction and connection with the trail while minimizing annoying pedal-induced bob.  Simply put – the rider is less fatigued and more comfortable.  Traditional climbing “platforms” only deal with one half of the climbing dynamics, and thus require the rider’s body to respond to the minimally damped rebound forces that are common during technical climbing.


The Climb Switch changes the low speed damping of Double Barrel shocks in one simple switch, to optimize suspension dynamics during climbing.  It does this by turning on and off a set of internal ‘climbing circuits’ that are accessed when CS is engaged.  Cane Creek tunes the ‘climbing circuits’ specifically for the demands of off-road climbing to achieve improved pedaling efficiency with less chassis motion. When the rider is ready to descend, with the flip of CS, the shock returns to the traditional low-speed circuits of the Double Barrel.

To best illustrate the advantage of CS, we created the animation below using real data from dyno plots of a shock with CS off and then with CS on.


The CS feature on DB shocks completely alters the low-speed damping character of the shock.  That is, CS changes compression and rebound damping simultaneously to mitigate unwanted chassis motion while climbing without compromising the traction and control one expects from a modern suspension bike. Other shocks with climbing specific adjustments only alter the compression behavior of the shock with no impact on rebound.  The Dyno Chart below illustrates the the action of the DBair with CS ON and CS OFF as compared to the competition.  A damper generates force in opposition to velocity.  As velocity increases, so too does the force generated by the damper.


The horizontal axis of this graph shows shaft speed (velocity).  Negative velocity indicates the shaft is moving into the shock (compression) while positive velocity is extending the shock (rebound).  The vertical axis represents force.   Positive force is the force generated to resist compression and conversely negative force is the force generated to resist shaft extension (rebound force).  In a nutshell, the upper left quadrant is compression, the bottom right is rebound.  As velocity increases (moves away from the middle) the force increases.


The grey line is a graph of a shock with CS Off and is indicative of a typical Double Barrel damper at a mid-range setting.  The orange line is the CS ON setting and is much steeper than the grey line.  This indicates that for the same shaft speed, the CS ON setting develops more force.  In other words, the CS ON setting is stiffer and resists movement more than the CS OFF setting and both compression and rebound are affected.  For the rider, this translates into better traction and control at low speeds.


The red line is a competitor’s shock with the climb feature on and the blue line is the competitor’s climb feature off.  Most notably, the rebound curve overlaps because there is no change in rebound damping.  The compression curve is steeper because our competitors require more compression damping to make a bike feel efficient by limiting the suspension movement. The rider’s body is then required to respond to the minimally damped rebound forces and can experience less traction, less control and more fatigue.

CS stabilizes the suspension during both phases of the shock’s travel – so your full suspension bike can be a full suspension bike all the time.

Being Frank – Best American Bike Racer


Brent Graves Cane Creek
Brent Graves, President and CEO

I rode Tomac off my wheel, and despite knowing that he was ill, recently retired, and not training, it was a surreal experience – one I’ll never forget and one he’ll never remember! For those of you not familiar with arguably the best American bicycle racer to date (“All-time” is a stupid thing to say as who knows what the future holds). Argue you may, but John Tomac was the fat tire version of A.J. Foyt or Mario Andretti. They raced everything and won. I won’t go into a full bio here, but Tomac was a BMX national champion, a criterium national champion, a World Downhill champion, and won multiple national and international cross country and downhill titles. He even won at the highest level of mountain bike racing while at the same time competing in the greatest professional road races like Paris-Roubaix and the Tour of Flanders for top tier teams like Motorola. And he did it all with a unique style and grit that made him a fan favorite the world over. But that’s all public knowledge. Here’s the first time the story of my triumphant day has been shared.

While working for Manitou during its heyday in the late 90s and early 2000s, my initial job was to take OEM business from then-dominant Rock Shox. Manitou was killing it in the aftermarket, but Rock Shox owned the business with bike brands. While Rock Shox performed test rides with product managers, our tactic was to take it to another level and impress product managers with not only our product but our riding prowess as well – if memory serves me correct we won the Sea Otter Industry Cup two years in a row, and had great riders like Tom Rogers and Joel Smith. Thus Answer Camp was conceived. These were camps that we staged near Phoenix from 1999 through 2001. We parked the race trailer at a trailhead complete with the best technicians in the business and complemented the set-up with our complete product team. In 2001 this formula reached its zenith with us entertaining media and product managers for nineteen straight days. The days consisted of three to five one-hour or so rides that inevitably turned into races as egos and adrenaline rose.

Manitou was created some years before by a dirt biker mountain man by the name of Doug Bradbury. He and Johnny T were close friends, and at times business partners, that were both paid ambassadors for the Manitou brand. So they made their way to Phoenix for the ’01 Answer Camp. Tomac had an additional reason to attend – his young son Eli was racing the KTM future champions (and oh what a champion Eli has become!) event at the Phoenix Supercross. In 2001 Bradbury and Tomac were still rock stars in the mountain bike world that the journalists and product managers loved to be around. So what about that story you ask.

At dinner one night the banter was heavier than usual, and I think Joel Smith promised to drop Johnny on the climb in the morning. The glove had been thrown down. We were at South Mountain Park, and the following day’s ride plan called for taking pavement up for a couple of miles to the top of the technical “downhill” trail. So after breakfast I found myself in the midst of howling knobbies as we approached the start of the “race”. First Joel and then others one by one attacked out of the group. I was torched after two weeks of camp, but when Bradbury took off – I mean he was OLD, like in his fifties – I followed. Soon I found my legs and started catching riders until only Joel and Johnny were up the road. Then as my superior genetics and focus kicked in (what’s the font for sarcasm?), I caught and rode away from the best American bike racer to date. Despite reminding myself that he was retired, ill, and out-of-shape, my glow must have been seen for miles.

But the story is not over. While basking in said glow for about a mile, I was nearly knocked off my bike buy a blur that was none other than Tomac blasting past at TWICE my rate of speed. How… could… this… be? My scrambled brain could not make sense of this. How I even continued to pedal I don’t know. Then around a bend I see I helmet drop behind a rock, and as I passed by Johnny had his finger to his lips. Confusion transformed to enlightenment when the passenger van came by with Johnny clinging to the rear view mirror at thirty miles per hour. Wily world champion John Tomac had summoned a tow from the van and right before reaching a rider, he’d spring free and pass said sucker at lightspeed. While there was an explanation, I rode the remainder of the climb in a state like one feels after barely missing a certainly fatal car crash. How Tomac did a manual down a stretch of trail I had to walk down is a story for another day.

For more information on John Tomac as well as a video interview check out Bike Magazine’s article: 5 reasons why he’s john tomac and you’re not

Image credit: John Tomac

HELM Fork Price Adjustment

We’re pleased to announce that, beginning today, Cane Creek is adjusting the retail price on the HELM suspension fork from $1,100 USD to $899 USD.

Our guiding principle at Cane Creek is “We believe that riding bikes makes life better – so we work to make riding bikes better.” Part of making bikes better is making our product as accessible to as many riders as possible while maintaining the standard of excellence that we’ve set for ourselves. So, in order to give as many riders as possible the opportunity to ride this amazing fork, we’ve worked to reduce its retail price.

In the eighteen months since the HELM was released, the fork has received overwhelmingly positive reviews from the cycling media and riders alike – appearing on several editors’ choice lists and dream builds. The results of this success have allowed us to pay off some initial costs, such as tooling, that were required to bring the HELM to production. Also, as is the case with any hand-assembled product, we have become more efficient at producing the HELM over the last year and a half. Those efficiencies translate into cost savings.

We could choose to add those cost savings to our bottom line, but we would rather pass them on to our customers and get more riders on a better fork.

That’s it. There are no catches or fine print.

There will be no changes to parts, design or the production process used to make the HELM as a result of this price change. This is the same outstanding fork so many riders and reviewers have raved about over the last eighteen months.

We’re a small, employee-owned company made up of people who love to ride bikes, and we love the idea of more people being able to ride the HELM. So get out, go ride a bike and thanks for supporting Cane Creek.


Announcing 1X and 2X 110 BCD Crank Spiders For eeWings

Cane Creek Crank Spiders

We’re happy to announce the upcoming release of both 1x and 2x crank spiders for 110 BCD chainrings. The spiders are optimized to fit Cane Creek’s eeWings cranks,  adding more options for riders on the critically acclaimed titanium cranks.

The spiders will allow direct-mount cranks, such as the eeWings, to accommodate 110 BCD chainrings in both 1x and 2x configurations. 2x drivetrain configurations allow for more gear options during a ride while 110 BCD 1x chainrings are typically available in larger sizes than their direct-mount counterparts – both of which are highly desirable to gravel, all-road and traditional road riders.

“With the addition of these spiders you will be able to run your eeWings cranks in configurations suitable for everything from enduro mountain biking to traditional road cycling. It adds more versatility to what is already an outstanding product and helps get more riders on these amazing cranks.” – Sam Anderson, Product Manager 

The spiders are fully machined from 7075 series aluminum with a black anodized finish and minimal laser etching and weigh in at 50 grams for both 1x and 2x versions. They will be available for purchase in December 2018 and will retail for $49 USD.

OEM Partner Highlight – Why Cycles

OEM Highlight: The reason why we ride – Why Cycles 

Why Cycles got its start in early 2016 in Ogden, Utah as the common idea of a group of cycling enthusiasts and business associates: Adam Miller, Jason Schiers, and Ben Craner. Focused on creating high-end bikes that reflected the joy they found in cycling, the three began dreaming up and sketching out beautiful bikes geared for luxury, comfort, fun, and speed.  They discussed improved methods for constructing frames, customizing components, and finding a streamlined distribution system for getting the finished products into the right customers’ hands.  Soon after, Adam formally founded Why Cycles to meld these preliminary ideas into a boutique business model with a focus on simplicity: no marketing fluff, no unnecessary product features, and no glitchy sales tactics. Why stands for straightforward, clean, eye-catching bikes done right.

Since those idealistic beginnings, and with those principles firmly intact, Why Cycles has now evolved into a team of hard-working bike enthusiasts based in Carbondale, Colorado.  Adam continues to design the bike models and run the company (along with his active puppies Finn and Kudu), Jason looks over everyone’s shoulders to ensure the engineering is faultless, and Ben creates unique graphic designs to keep the bikes looking gorgeous.  Kevin Boyer manages production and shop operations, Greg Herrman makes sure customers are happy about their bikes and customer service (Greg is probably the one you’ll talk to when you call), and friendly faces like Kelly Rossberg and Adam Smith help out with business processes, exchanging and challenging creative ideas, and pouring beers at trade shows.

The entire team is guided by our main value and fundamental mission: the products we create represent the fun and excitement we have biking – the reason why we ride – while simultaneously delivering impeccable, beautiful bikes that provide a riding experience that no other bike can.

Learn more about Cane Creek eeWings



Here at Why, our goal is more than designing and sharing super-luxurious titanium bikes that we love to ride, and it’s more than merely trying to offer the best customer service and purchasing experience possible. Our higher goal is to go home every day and feel good about ourselves, and that goes one step further – we want to find balance for ourselves and others by making this world a better place by any small means we are able.To that end, we are committed to trying to having an environmentally sustainable business to the extent we possibly can.  We ship all our bikes in reusable Evoc travel cases to eliminate cardboard waste – the bike case is our special touch and a lasting symbol of the quality product inside. We recycle all inbound cardboard and plastic that comes to our office, and we don’t use plastic and paperware in our office break room. Further, we chose to work with a manufacturer that abides as much as possible to these principles too; they too are committed to melting down and recycling all scrap titanium, minimizing or eliminating the use of any harsh chemicals in the manufacturing process, and recycling and disposing of any shop items responsibly.



Our frames are manufactured in a small mom-and-pop style “factory” in Northern China. Adam has travelled to China nearly a dozen times, and after visiting multiple factories in Taiwan and China (as well as the United States), chose the current manufacturing partner for several reasons.

Quality: First, the quality of the products from our factory is hands down the best we could find anywhere.  Only three individuals prepare and weld our frames, at our specific direction, and, of those three, the one with least experience has been welding titanium for six years! The raw material supplier is just minutes away from the factory; that supplier is a raw titanium ingot producer for multiple industries, and produces most of the titanium tubing that is used in high-end titanium bikes made in China, Taiwan, and the USA. When we visit our factory, we also visit the raw material producer to ensure our tubes are made exactly to our specifications, from the raw titanium ore to the finished butted round tube.
Tube Shaping: One of our goals was to create bikes that are a “modern take on a traditional material.” This involves shaping and manipulating titanium tubing in the most effective manner to take advantage of both its stiffness and its flexibility (depending on its angles, shape, and geometric features) to create the best ride quality, similar to modern carbon fiber bikes. Since titanium is extremely difficult to manipulate, and requires extra time commitment and unique handling skills, no other factory we found was willing to push the limits of shaping titanium in a way that would fully support our mission.

Testing: We work extremely closely with our factory on testing and quality control procedures. While most manufacturers are somewhat set in their ways, our factory was willing to set up new testing and QC procedures specific to our bikes. Beyond that, we worked with our factory to build a complete ISO-certified testing facility on site in the spring of 2017.  This new facility helps ensure our frames are properly tested beyond standard ISO protocols, and also helps shorten new product development time.Why Cycles provides a lifetime warranty on our bikes.  To confidently do that, we take our product development and testing very seriously – as you can see.

They rock: Each time we visit our factory, we are left with a further feeling of joy in working with them. The entire facility has only 18 workers total, and the company fits no stereotype of the negative side of Chinese manufacturing. The employees go on regular group bike rides, they offer excellent maternity and family leave, and they take every worker out to a group lunch on Fridays. Most importantly (to us), all the workers seem genuinely happy and are thoroughly proud of the products they make. In the nearly three years of working with this factory, with about ten in-person visits and almost daily Skype calls, they have become our closest company partner and we are truly proud to call them friends.