Securing a frame I could pack and travel with easily was only half of the solution to the problem before me. I know from experience that I wouldn’t have been one of those riders to get stronger while racing a Grand Tour. I needed to build the Seven up with a component selection that would permit me to ride through fatigued legs in the second week.
Due to some availability issues and a hold-up in customs, I had to start the trip with a Campy Record 10 group with a 34×25 low gear. However, following a frenzied cab ride in which I learned the average European mortgage term is 50 years and the winter fare for a cab traveling from Albertville to Geneva was triple what I paid, I gained possession of the group of parts and was able to install them just in time for the climb up the Col du Galibier.
A brief note on installation of Red and Apex parts: This was the first time I had ever worked on SRAM components. While I’ve had the opportunity to ride them some, I’d never installed any previously. I know from talking to shop mechanics that there is a love for SRAM based on how easy their stuff is to work on, but I’d never experienced it for myself. Let me just say, ‘I get it.’ I honestly don’t think the installation could have been smoother. The point where it was most noticeable was in running the cables through the levers. With every lever from Shimano and Campagnolo through which I’ve ever run a cable, there has always been a bit of fiddling to get the cable to run through the guide hole. I’ve never gotten it on the first try. With SRAM, all four cables went through on the very first try. I couldn’t help but take note.
In three hours I had all the Campy parts removed and the SRAM parts installed and adjusted. To me, that’s shop mechanic speed, not fatigued guy working in the rec room of a hotel.
The linchpin in this operation involved the removal of the Campy freehub body from the Easton EA90 SLX rear wheel and the installation of the SRAM-compatible Shimano freehub. I’d never done it before and wasn’t convinced I had all the right tools. The operation proved to be quicker and easier than instant coffee—not to mention more satisfying—in part because it required little more than two 5mm Allen wrenches.
Let’s back up a second. Triples have been the stock-in-trade for non-PROs riding in big mountains for years. There are some features to like, such as pairing a 12-25 cassette with 53/39/ 30-tooth chainrings. In that setting you always have a familiar gear and the jumps between cogs once you’re into the third ring are tiny. However, most people I talk with believe triples have serious shifting issues (I didn’t experience that in years of using a triple with Campy). You also hear complaints about extra weight, wider Q-factor, too many duplicated gears and cost. To switch a Shimano bike over to a triple requires you to purchase a crank set, bottom bracket, a front derailleur, a long-cage rear derailleur, chain and, usually, a shift lever and cassette.
Adding an Apex rear derailleur, cassette and a new chain to as SRAM-equipped bike simplifies the solution in terms of cost, familiarity and labor.
By the time I switched out the parts on my Seven, I was in need of some lower gears. I had suffered through two days of shockingly steep grades, and while I would probably have been okay if the road had never tipped steeper than 7 percent, it had. A lot. Hell, the shallow pitches on the Col de Pré had been 7 percent. And while I needed something lower than a 34×25, I wasn’t so sure I needed a 34×32. But the folks at SRAM were confident (if not downright adamant) that I’d put the 32 to use if it were there.
My fear was that I’d end up with a nine-speed cassette as I’d never use anything lower than the 28. Well that concern was laid to rest the first time the Col du Galibier hit 10 percent. How many times have you known you were in your lowest gear and yet reached down to try and downshift out of some Hail Mary hope? Well, I did just that and—lo!—the derailleur gave me another gear. With the fatigue I was experiencing it was hard to turn the gear over as quickly as I would have liked, but the 32 became an integral part of my riding for the rest of the trip.
My concern that I’d end up with a nine-speed cassette was realized, however. I almost never used the 11. The nature of the descents I was riding included switchbacks the way sharks have teeth. After braking for a switchback, the gears I found myself most often using to sprint back up to speed were the 13 and 15. Long straits that give you a chance to wind out a 50×11 were as rare as fans of offshore oil drilling.
My preference would be that they ditch the 11 and add a 14, which is a cog I’d use a great deal more. Jumping from the 15 to the 13 when upshifting was large enough to be frustrating; I’m accustomed to the presence of a 14. Similarly, the jump from the 19 to the 22 took some getting used to, as did the 22 to 25 jump; you notice that bigger jump when upshifting, though under downshifting it didn’t bother me too much. In the cassette’s favor is the 25 to 28 jump, as is the 28 to 32, which might appear large on paper but were utterly welcome out on the road.
If I’d had two full weeks in the Alps on this group, by the end the only shifts I would have noticed would have been between the 13/15 and the 19/22. If they’d offer a 12-32 that included a 14, I promised I’d shut up.
Karma dictates that someday I’ll go ride in the Rockies at 11,000 feet without proper acclimatization and due to the combination of zero oxygen and screaming fast descents I’ll be grateful for both the 11 and the 32 in the same cassette. Once that happens, I’ll come back and delete the above two paragraphs.
Naturally, the question of weight is going to arise. I have yet to reassemble the bike and weigh it in its current configuration, but I’m guessing it’ll be about 18 to 18.5 lbs. The big gain in weight compared to its last build (when it was 17.0 lbs.) comes from the S&S couplers, which added just less than 10 oz. to the frame’s overall weight. The rear derailleurs weigh nearly the same, though the cassette increased in weight by about 100g, though I suspect it will have a much longer life. SRAM sent me the Apex crank and bottom bracket, so that increased the bike’s weight by roughly 250g.
I’m not sure everyone will do the math the way I did, but in my view this bike gives me a truly versatile travel bike solution. What it comes down to is this: I’ve got a bike that will be convenient to fly with no matter where I go. It will be inexpensive to fly with as well as the most I’ll be charged is just $25 per flight. Thanks to the titanium frame and largely aluminum components (the only carbon fiber is the fork, bar and shift levers), even if the case takes some serious hits, it’s unlikely any damage rendering the bike unusable will occur. It’s still light enough that I should survive any group ride I hook up with. With 700C wheels I don’t have to deal with the odd handling inherent in a bike using 20” or 24” wheels. And because it’s a bike I’ve owned for years, the handling and fit are utterly familiar—which is handy both on long climbs and fast descents.
S&S couplers have been on the market for a good 15 years. When they first came out, I was suspicious of their function and safety. They are more time-tested than our love for the Internet. And while they’ve had devotees for years, they were never a super-popular solution to travel. Today’s travel costs have finally made their value readily apparent.
Is this a permanent solution? Probably not, but I believe this should cover my travel needs for at least the next five to seven years.
Is it the perfect solution? Also, probably not, but airlines seem to be increasing both their charges for bicycles and their hostility to anything requiring care. Traveling to far-flung lands without a bicycle is like going to a great restaurant that omits the salad and the dessert. I want the whole meal.