The Radavist

I can’t help myself. No matter where I go, I always take my Mamiya 7ii and at least the 80mm lens. As I was packing for the Rouge Roubaix, I grabbed it, along with two rolls of 220 film, tossed it in my bag and took off for Louisiana. Most of the photos I shot were of landscapes, the vernacular, with a few Argonaut ‘lifestyle’ photos mixed in from the race.

Personally, I can never get enough of that Southern architecture and live oak trees…

Tools of the trade:
Mamiya 7ii / 80mm
Kodak Portra 400

When Ben from Argonaut Cycles designed and developed his first road frame, he was content, but that didn’t mean his desire to create the best made in the USA carbon fiber road frame was sated. Ben knew the market was changing and wanted to have even more options for his customers to select when purchasing a custom bike.

With the popularity of gravel / dirt rides and races, he knew that his current racing geometry would need some finessing and with the increasing demand for disc brakes, the opportunity arose to adapt.

A bike suited for off-road riding has a few tweaks to the geometry. The rear end will be slightly longer, the bottom bracket, just slightly lower and the head tube loses around half a degree. This enables the bike to still handle fast on sealed roads, but really be at home on dirt. Tire clearances are important as well. These bikes fit a 28mm tubeless road tire with ease, which is all you need for gravel. Remember, this isn’t a cross bike.

The Argonaut Disc Road bikes that the Rapha / River City Bicycles team rode during the Rouge Roubaix were developed for off-road conditions, while staying true to their race machine pedigree.

For those familiar with the Di2 hydro system, you’ll note the front plate of the shifters were painted black. Other than that, it’s pretty straight forward. 140mm disc rotors, Argonaut Made in the USA frameset, ENVE bars, ENVE stem, ENVE wheels with custom decals and dripping with Chris King’s precision components.

Tim from the team has the first production model. After an afternoon of shooting photos and video of the bike in action, I took it out for some portrait photos.

This bike ripped apart the dirt and stood out from the pack at the Rouge Roubaix. See more in the Gallery!

Back in 1999, a rider named Jon Anderson got the idea to start a group ride in his old stomping grounds around St. Francisville, Louisiana, West Feliciana Parish and Wilkinson County, Mississippi. Jon had been riding these roads since the early 80’s, as a form of escapism and reflection. Like most cyclists I know and ride with, Jon enjoyed a bit of pain at the hands of the dirt gods.

It wasn’t until the early 2000’s that the Rouge Roubaix shifted from being a group ride to a sanctioned event. Racers from all over the Southeast came out for promises of punchy, steep climbs, lots of gravel, scenic roads and yes, pain. It boasts 100 ish miles, with 30-40 miles of undulating gravel and dirt roads. This year, the Rouge is being run by Will Jones, the current organizer and I gotta say, he really delivered a hell of an event!

As part of an ongoing story detailing the design of a new disc road bike, Ben from Argonaut Cycles flew out two members from the Rapha / River City Bicycles Team to race with as well as Brian Vernor and myself to document the event, the culture surrounding it, the performance of the bicycles and let’s be honest, to experience one of the oldest and most intriguing gravel races in the United States.

See more narrated photos in the Gallery and don’t miss those last two photos!

I know I give Ben from Argonaut Cycles a lot of praise here on the site but with a product like his custom, made in the USA, carbon fiber #spacebikes, I don’t feel even the slightest guilty. Ben’s work is innovative and unique, two things that are hard to find these days…

Last night, Shelter Half held an open forum with Ben. People came, Ben talked and then everyone drank. It was great.

Check out a few photos in the Gallery!

It’s been a long two years for Ben from Argonaut Cycles but if he’s learned anything along the way it’s this: hard work and dedication pay off. In a lot of ways, the Argonaut Cycles road bike embodies the height of carbon fiber manufacturing. While this bike in particular might look like others that have been on the site, countless, minute changes have gone into making it unique. The design process and the final product are always improving.

Manufacturing in the USA allows Ben to tweak the layup process and continuously offer his clients the best carbon fiber road frame. Ben’s a good friend and personally, I’m very partial to Argonaut, so I took this bike out of the Eurobike tradeshow to photograph it. See more in the Gallery!

Guten tag! I have found the internet…

It’s Eurobike and I have no idea what to do here. Well, that’s not true, I have a few clever posts up my sleeve. After 12 hours of madness, I’ve made my way through most of the show, ran into some people, saw some cool shit, exhausted my shutter finger and the first flask filling #FFF. I managed to get some great shots, including the new White Industries anodized hubs, the return of turquoise Chris King, some rad Tune products, a sexy LOOK, Bear Grease, #Partybrand, body-painting, AWOL, beer, beer and beer.

While I’m working on more content, how about some randomness from the first day? I thought so…

Last week I introduced you to the process Argonaut Cycles uses in fabricating their 100% custom carbon fiber bicycle frames. Through working with ICE, or Innovative Composite Engineering, in White Salmon, Washington, Ben has developed a new process that sets Argonaut apart from other manufacturers. When we left off earlier, we had fresh parts for a frame, straight from the molds. From there, Ben takes the frame parts to Portland where he joins the tubes with a Hysol specialty aerospace epoxy and then bakes the frame to cure the adhesive.

Once the frame is cured, it’s off to the painter for a clear coat or graphics treatment. Frames can be either custom painted, or with stock logos. For my frame, Keith Anderson painted a scheme I mocked up. Once coated, Ben can either build the bike up with the parts kit a client orders through him and ship it out, or just send the frame out to his client. For me, picking the bike up and going on a ride was the best experience I could have wanted.

I am far from a carbon fiber expert, but I’ve been enthralled in this whole process. It’s hard to not be enthusiastic over this whole project but as my bike keeps racking up miles, I’m a believer. This is the first carbon frame that I’ve felt any sort of attachment to, but that’s because I’ve never had one tailored to my specific riding style. The Argonaut process made that easy.

Now, there were a ton of comments and questions in last week’s post, so if you missed Ben’s replies, I updated Part 01 here.

When Ben Farver from Argonaut Cycles decided he was going to make the switch from building custom steel bikes to custom, made in the USA carbon fiber frames, he needed to find some local experts. The team at Innovative Composite Engineering, or ICE, were located just over the river in White Salmon, Washington state. Their expertise lies in everything from SUP poles to products for the aerospace industry. A few phone calls later and they began to meet to discuss a new, proprietary system for manufacturing custom carbon fiber bicycle frames.

ICE and Ben began to collaborate. They both were motivated to develop the frame using the best and most advanced molding technology, and to bring something new to the industry. They both pushed each other to do this without compromise or cutting corners, deciding on a few key points: There would be no vacuum forming, no tube to tube carbon lug bonding and no real hand finishing needed. The process would be streamlined, efficient and most importantly, customizable. While I can’t show you the juicy details, which I can assure you are juicy, I can show you snippets of the Argonaut Cycles process.

It begins with a roll of carbon, which is then cut out based on digital CAD templates on a large cutting bed. Each piece is based on the individual parts’ dimensions. From there, the carbon is inserted into aluminum molds, around a bladder where the resin layup occurs. Then, these aluminum molds are heated, allowing the resin to cure. This is repeated until all the parts are finished. When it’s all said and done, the frame is ready for assemblage.

Shot at ICE, these photos lay out the process used in manufacturing a 100% made in the USA carbon bicycle frame, like my Argonaut Cycles road.

EDIT: see a reply from Argonaut below that answers many questions everyone seems to have…

Every new bike needs a maiden voyage and last Saturday, that’s what we intended on doing. Ben from Argonaut, Billy and I headed out to Estacada, Oregon for some playtime in Mt. Hood National Forest. I had no idea what to expect other than “we’ll be climbing immediately. And that we did. Before reaching the ranger station at mile 25, we were in a good place. Billy’s sidewall blew out, but a simple dollar bill boot fixed that. Aside from the blow out, mechanical systems were good to go. For the time being.

Around mile 48, I noticed Ben and Billy pulled over immediately (I tend to be at the back a lot on 5-8% grade climbs up mountains). In all his crazy torque, Billy popped a spoke on his drive side, rendering his wheel a wobbly mess. I really wanted to finish the projected 120 mile loop but “no man left behind” is a more pressing mantra. At that point, it was snowing, the roads were wet and we were freezing as we descended at a whopping 14mph, awaiting the imminent threat of an exploded wheel. But alas, we made it to the ranger station, where we left Billy to be picked up by car as Ben and I trudged onward.

In the end, 75 miles and 5,200′ of climbing ain’t bad. Truth be told, it was too beautiful up there to make it a hammer fest, so I’m glad a mechanical merited some time off the bike for photos. We ended up at the Safari Club, a vegan’s nightmare. Why? See for yourself in the gallery. This is one of my favorite Recent Roll posts of all time.

Camera: Yashica T4 with Neopan 400 black and white.