Just thought everyone might like to know what happens when Dutch Bike Chicago heads over to Dutch Bike Seattle. Watch until the end to see who forms the head.  Who is that guy?

We've been repairing, maintaining, and upgrading all types of bikes here at Dutch Bike since day one, because while we love the somewhat exotic (here in the US, at least) mechanical aspects of the bikes we import, one of our core beliefs is that the best bike is the bike that you ride, whatever it is. Whether we're installing custom fenders on your 90's Bianchi racer or overhauling your 1976 Schwinn cruiser, we love keeping bikes on the road.

Particularly in the past two or three years, I've seen a massive upswing in the numbers of bikes being brought out of storage, bought used, or restored for everyday use. All types of reasons – economic, practical, or ethical – bring these faithful steeds back into harness, but my favorite of all is that it just seems to have become cool. With increasing numbers of bicycles on the road – many of them seeing their second tour of duty – every shop is seeing an increase in repair traffic and, more relevantly, more people are becoming acquainted with the world of bike repair.

For many, getting a bike repaired can be even more intimidating than “taking the car in.” I will be the first to admit that bicycle service shops do not have a stellar reputation for friendliness or customer service, and even though a bike is less complex than a car it can still be an opaque and mysterious opponent when it's not working properly. For these very good reasons, a large number of my service customers don't come to the shop for anything as specific as wheel truing or derailleur hanger alignment, but rather for a general tune-up. It might be every few hundred miles or every few years, depending on where and how you ride, how your bike is designed, and how it's stored and cared for. Whether your mechanic calls it a “tune-up” or a “general service” or a “maintenance package,” the basic idea is the same: make my bike work so I can keep riding it. You drop your tired, creaky steed at the shop, and a day or two later you pick it up shiny and ready for another ride. What actually happens to the bike, though?

As you've seen in previous posts, I enjoy few things more than deflating the fear and mystery around the technical side of bicycles, and so today we'll walk through exactly what goes on during a tune-up. Different tune-ups will include a variety of different operations (wheel truing, adjustment, part replacement, etc.), and different shops will provide a sometimes bewildering variety of options and levels of detail. The tune-up you'll see here is our “Comprehensive,” usually best for older bikes or commuters with medium to high mileage. If the bike requires less I'll suggest a less in-depth “Standard” or “Basic,” or simply perform a few adjustments a la carte.

First, I'll remove the wheels to make cleaning the bike easier and because I'll be working on them individually later. I'll spray and wipe down the frame and components with a weak cleaning solution (I like Simple Green), because it's much more pleasant to work on a clean bike.

Now for the wheels: cleaning first, then truing and balancing spoke tension.

Next I'll open the hubs to check the bearings and inject fresh grease. When I put them back together, I'll be sure to adjust them so that they'll spin smoothly when they're installed.

Back on the bike, I'll do the same to the headset and bottom bracket bearings if they can be serviced. Before I reinstall the wheels, I'll sand and pick debris out of the brake pads for stronger and quieter braking.

Now that the pads are clean and grippy, I'll adjust the pad position and spring tension of the brakes so they'll work powerfully, quietly, and drag-free.

With the brakes “dialed,” I'll move on to the derailleurs; adjusting the cable tension and limit screws, and the position of the derailleurs themselves to optimize the speed, smoothness, and above all the accuracy of each gear change.

Finally, I'll check the tire inflation and take the bike for a test ride to make sure everything is working perfectly!

As you can see, there's no mystery and no magic here, but the proper tune-up should have your bike riding like new – or at least close to it – and keep you going for plenty of rides. Having your bike tuned may not be the most glamorous, but the cumulative positive effects of a smoothly functioning bike can be far-reaching!

Some of us bought our bikes because we wanted to be mobile. Some because we find them so very pretty. Some because they're so comfortable. For whatever reason you purchased your Dutch- or Dutch-type bike, if you got even a reasonable imitation of one you benefit from how little they demand in terms of maintenance. In previous posts we've walked through repair operations that you (or your trusted mechanic) might have run into in the course of owning the bike (tire and tube repair, shifter troubleshooting, etc). In this post, I'll walk through a large component of simply caring for your bike: lubrication.

In many ways, the chaincase defines the proper city bike. It makes them compatible with any wardrobe, and it's one of the main reasons why these bikes essentially don't have to be treated like a bike. They can be left outside in the rain and snow (and salt, if you're our Chicago shop bakfiets) every night of their lives, and won't punish you for it. That said, since your bike can last your lifetime, you'll want to take care of it to the minor extent it requires. Chain lubrication won't quite be your most frequent maintenance operation, but it's extremely easy and takes very little time. Once every nine months will be enough under even the most adverse conditions.

First you'll want to pick a chain lubricant. The thicker and stickier a lube is, the longer it will protect the chain, but stickiness attracts dirt. This leads to a constant dilemma when maintaining an exposed drivetrain; balancing how much grime covers my drivetrain and legs with how quickly my lube washes off when I ride in the rain or mud. Because the conditions inside a chaincase are so much cleaner and drier than the world outside, we can get away with using an extremely sticky, persistent lube that would attract a large amount of dirt and grime were it exposed. It will take a little longer to soak into the spaces inside the chain links (the only area where it actually does anything), but since we're only doing it once a year or so...that's okay. On a city bike, the tiny, tiny bit of extra drag introduced by a heavier lubricant will be imperceptible to even the most sensitive rider. For the most persistence, I recommend Finish Line Wet; a heavy, sticky synthetic formulated to stick to exposed chains through the nastiest conditions. It's also a beautiful shade of dark green. Dumonde Tech Original (the blue one) can be a fair substitute. Inside a chaincase, you can expect a heavy application of one of these lubes to last most of a year!

Lighter lubricants are just fine, but won't last quite as long or protect as thoroughly. That said, lighter oils and oil suspensions like good old Tri-Flow or Dumonde Tech Lite (the yellow one) can be quite useful for lubricating and providing a water barrier for your cables. Spending a few minutes letting the handy principle of capillary action pull drops of well-shaken Tri-Flow into your cable housing can not only substantially reduce drag and improve performance, but when applied thoroughly enough can also prevent the unfortunate wintertime disorder known as “Chicago cable freeze.”

Isn't physics great?

While they have some handy benefits, wax-based formulas and solvent-suspension “dry” lubes don't have much of an application on the mechanical systems of your city bike. Because they don't protect the chain as effectively, and because their dirt-shedding properties aren't necessary within the protected environment of the chaincase, wax lubes shouldn't be used. Neither type will work at all well within cable housing, so best to save them for your sporty bikes...if you must use wax at all.

Once you've chosen your formula, all that's left is applying it! The vast majority of you won't need any tools for this, except you bakfiets and Secret Service owners. You'll need a one euro coin, large flathead screwdriver, or other prying device to encourage the lower rear section of your plastic chaincase to pop loose.

All you with fabric chaincases need do is simply unsnap the snap.

Now that your chaincase is open, you can inspect your chain's lubrication and tension (refer to the rough guide in the last post for tension). If you cannot see lubricant on the chain – or if you see any corrosion – you should apply some. Nose the dropper tip or extended straw/noodle of your bottle into the chaincase until it's just touching the rollers on the inside of the chain.  Carefully spin the pedals backward while gently squeezing the bottle enough to run a bead of lubricant along the chain, letting it soak into the spaces within the chain and coat the moving parts.

Continue this process until your chain is thoroughly soaked in lube. Congratulations, you've lubed your chain! This would also be a good moment to lubricate the shifter cable as it leaves the housing.

Close up your chaincase, and you're finished!

Welcome back, class!  Now that you've adjusted your Shimano Nexus hubs, we'll dive into the next most interesting operation on one of these bikes: rear wheel removal.  Mastering this will allow you to replace tires or tubes that are worn out or damaged beyond patching.  This will get a little more technical than the previous post, so it's very important to make sure you're comfortable using tools and that you have the time and energy to safely put everything back together.  Please read through the entire post before tearing apart your bike, and be sure you're comfortable performing all the operations described (especially tensioning the chain!).  Troubleshooting and adjusting your hub didn't require any tools, but this will, so get out that toolkit and polish up your:

1. 15mm open-end wrench or 15mm deep socket w/ driver
2. 10mm open-end wrench and 10mm socket w/ driver (you can substitute another 10mm wrench or a small adjustable if necessary)
3. Cable cutters (diagonal cutters or wire cutters can be substituted)
4. 2mm hex key/Allen wrench
5. Dental pick, sharpened spoke, sturdy ballpoint pen, small switchblade, or something else with a nice point to it
6. Tire levers (if you plan on replacing tubes or tires)

Now that your tools are prepared, set your bike on its center stand (or clamp the seatpost in a work stand if you're lucky enough to have one).

We will remove the rear wheel first because it's a more complex operation and many of the steps will be duplicated in removing the front.  As an overview, we're going to disconnect the brake, open the chain case, disconnect the shifter, disengage the chain tensioners, and remove the wheel.  Then we will reinstall the wheel, engage the tensioners, tension the chain and center the wheel, reconnect the shifter and brake, and close the chain case.

To disconnect the brake, first loosen the cable fixing nut several turns.  Pull or clip off the cable tip, and pull the cable out of the brake.

Now once we've removed the torque arm clamp bolt the brake will be completely disconnected.

After that, move back to the right side of the bike and open the chain case, starting by unhooking the tension wire running along the bottom of the case.

Once the wire is unhooked about 3/4 of the way down toward the front, unsnap and unclip the rear section as we did in the previous post.

Now loosen the axle nuts about three turns (Don't worry, the chain tensioners will hold the wheel in place) and yank the rear section of the chain case frame straight back and out of the bike.

Shift the bike into first gear, and poke the long end of the 2mm hex key into the tiny hole in the back of the cassette joint.

Pull downward on the wrench to give yourself some cable slack, and then use your pointy tool to pop the cable and cable stop out of the cassette joint.

Pull the cable housing out of the housing stop, being careful not to kink the cable.

Now that you've disconnected the brake and shifter cables from the hub, all that's left is removing the wheel itself!  Loosen the chain tensioners until the nuts are even with the end of the threaded section, and loosen the axle nuts until the colored non-turn washers (yellow on the right, brown on the left) can completely clear the frame.

Lift the chain carefully off the teeth of the cog and set it down on the plastic of the cassette joint.

Now you'll actually remove the wheel: pull it straight backward until both chain tensioners are loose enough that you can flip them downward so that they hang from the axle.

The wheel will now be free to slide forward and out of the dropouts, and you're free to replace tubes, change tires or just marvel at your accomplishment.

To reinstall the wheel, you will essentially be reversing most of the steps you've just completed.  Set the chain on the cassette joint -- next to the cog but not on it -- and then slide the wheel back into the dropouts.  This may take some wiggling, and possibly even some fiddling to make sure that the chain tensioners are inside the dropouts, and the non-turn washers (brown and yellow) are outside.  Gently pull the wheel as far back into the dropouts as possible, giving yourself enough slack to flip the tensioners back into place.  Now that the wheel is held in place by the tensioners, you'll be able to reattach the shifter and brake cables, the chain, and the chain case.

Set the chain back on the cog and carefully turn the cranks a few revolutions to make sure that the chain is fully set on the chainwheel (front gear) as well.  To reconnect the shifter cable to the cassette joint, first slide the cable housing end into the housing stop.

Now repeat the trick with the 2mm hex key to wind the cassette joint back to a point where you can slot the cable stop into its cradle, making sure that the cable sits cleanly along its channel.   Shift up and down the range a few times to make sure that everything is working smoothly, and also use this opportunity to check the adjustment of your hub (just like you learned to do in the last post!).

Pass the brake cable through the housing stop and into the cable stop, tightening it down at at its original setting.  Make sure the housing is fully inserted in the stop.  At this point you can crimp a cable end cap onto the cable, then test brake function by pulling hard on the brake lever. 

Slide the rear section of the chain case frame into place, carefully pushing both top and bottom ends into place in the main chain case frame.  Be sure that the chain tensioner is outside the chain case frame on the axle.

Now that everything on the axle is in place, you can tension the chain.  This step is going to be the most technical that you'll perform during the operation, so shake the kinks out of your hands and get ready!  Tighten down the axle nuts until the tabs of the non-turn washers are fully inserted into the dropouts, but not so tight that you can't shift the wheel.  Throughout this step, you'll be keeping the wheel centered in the frame by watching the distance between the (ideally fully inflated) tire and the chain stays.  Tighten the chain tensioner nuts evenly as you bring the wheel back toward its original position.  On Workcycles bikes (especially if you are using the original cog size), you'll frequently be able to find this spot by the indentations left by the non-turn washers in the frame powdercoat.

Ideal chain tension can be an art and a science, but the easiest gauge will be this: at the tightest spot in the rotation of the cranks (because there will be tight spots and loose spots) you should still be able to move the chain slightly (<1/4") up and down with your fingers.  You should NOT hear a crackling sound as you spin the pedals through the tight spots, and the chain should not be so loose as to hit the bottom of the chain case.

Once you've got the chain at a nice tension, double-check the centering of the wheel and then reattach the rear brake's torque-arm clamp on the chain stay.

Now you can tighten down the axle nuts!  Make sure these are solidly tight, really get your arm behind the wrench (unless you're some sort of giant burly guy, in which case you'll want to exercise some restraint).

Now that the wheel is reinstalled and the chain case frame is reassembled, most of what's left should be familiar from the last post: closing the chain case.  Gently (because these are fabric parts, after all...) slide the rear section of the cover over the frame, keeping the chain tensioner outside.  Pull the edges of the inside slit (between the wheel and the chain case) together and slide the prongs of the clip into their pockets inside the chain case.  Snap the snap on the outside, and hook the wire back and forth across the hooks on the underside (don't miss any!).

...And you're done.  Go for a ride!

As you may have guessed, we love some internally geared hubs here at Dutch Bike Co.  We love the smooth shifting, the quiet operation, and the simplicity of use.  From the shop perspective, I enjoy knowing that our bikes are out there being ridden and loved - not worked on.
 
More than any other drivetrain, an 8 speed hub really doesn't require its user to be a "bike person."  An avid cyclist will certainly enjoy it -- as many of you have discovered for yourselves -- but anyone who can push the pedals will benefit equally from the utter simplicity and rock-like durability of this transmission.  Combine the system with a chaincase and in a year of riding you'll probably do no maintenance whatsoever.  You won't even have to wonder whether or not to feel guilty about it.

This brings us to the educational kernel nestled within this husk of a post: adjusting your Shimano Nexus hub.  At this point, you might reasonably grow apprehensive that I'll try to explain planetary gear systems, expose you to exploded views, or start talking about gear inches.  I won't.  Adjusting your hub is a simple and easy procedure that will likely take less than five minutes and won't get your hands very greasy at all.

Step One: Diagnosis
When I teach a repair class, this is typically the subject that receives the strongest emphasis.  Without understanding what's causing the problem, we can't fix it.  Bearing this firmly in mind, we'll quickly check the three main parts of the system: the shifter, the cable, and the cassette joint (I'll explain in a moment).  The cable will come first, because it's the simplest part of the system and -- relatively speaking -- the most vulnerable.  Around three out of four "mis-shifting" or "gear slipping" issues on our bikes have the same simple cause:



Here, the cable housing (the outer sheath) has been tugged out of the shifter, exposing the cable.  It has then caught on the edge of its proper place (the barrel adjuster) and failed to snap back in.  This 1/4" difference leaves the system totally out of whack.  The solution is even simpler than the problem: just nudge the end of the housing back into the barrel adjuster, and the tension already on the cable will do the rest, snapping it back into place.



If all is well so far, check over as much of the shifter cable housing as you can see for damage or kinks that could cause it to drag or bind.

Next, we'll move on to the cassette joint.  This is the little plastic unit on the side of the hub where the cable attaches, and that translates your pull on the cable into the actual gear change in the hub.  If you have a cloth chaincase (any Workcycle, Azor, or Jorg&Olif except Secret Service, Fr8, and Bakfiets) you'll need to open the back end just a little to see the cassette joint.  Unsnap the outside snap, then slide the clip out of the pockets on the inside.



Gently peel the rear section of the chaincase up and forward, and tuck it out of the way.



Now you'll be able to see the gray and black plastic cassette joint, and the little adjustment window with a yellow indicator line.  With a plastic chaincase you'll just be able to flex it inward slightly, and the view will be the same.



Now that you've ruled out problems with the cable, shift into fourth gear (you'll see a dot next to the number to tell you it's special) and check the yellow marks in the small window on the top of the cassette joint: if they line up, you're adjusted properly.  If they don't, then turn the adjuster on the shifter (with a couple of experimental turns to make sure of your direction) until they do.



...And you're done!  You've just done exactly what a good mechanic would have when confronted with Nexus hub "issues," and almost assuredly resolved them.  Take the bike for a quick test ride, and enjoy your perfect shifting.

... of the saddle that is. You'll notice in most pictures of Dutch bikes that the nose of the saddle is turned up and not level as on most road bikes. Apart from looking cool or funny (you choose), there is an ergonomic advantage to turning up the nose of the saddle. Because of the high swept-back handlebars, a Dutch bike rider can sit completely upright, back straight, neck relaxed and with very little pressure on the hands. This position affords incredible comfort, if the saddle is adjusted correctly. The upright position versus a dropped position, as on a road or mountain bike, means that the hips are rotated onto the back of the saddle. You are sitting back on your sit bones (ischial tuberosities for you anatomy buffs) and there is little pressure on your pubic bone. The trick to all of this, especially with leather saddles is to get the angle high enough so that you are sitting in the "pocket" of the widest part of the saddle. Too high and you'll start feeling pressure on your pubic bone or like you are going to slip off the back. Too low (closer to flat/level) and it feels like you are getting pushed into the handle bars or slipping off the front. All of this can feel highly odd to anyone who may be used to riding in a dropped or forward position where there is more pressure on the hands and pubic bone. Sitting so tall and upright can initially feel like a new balancing act, yet ultimately allows a rider to pedal with a straight spine and relax their grip on the bars to the point where the hands can even rest on top of the bars. Improved visibility is an additional welcome side effect. Ultimately your everyday posture can improve by getting your seat properly nosed-up and raising the bars high enough so that you achieve the perfect "sit up and beg" position. Many may ask or wonder, what about hill climbing and getting up and out of the saddle from such a kicked-back position with the handle bars so close? Well, you can always apply the first rule of biking as an everyday utility: if you think you're going to sweat, slow down. All of our bikes come with gears — most eight speeds — so there is rarely a point where you'll need to imitate Lance Armstrong climbing the Pyrenees. But, if you do want to apply more power, you can rock your upper body forward over the bars on each down stroke of the pedals. You'll look turkey-necked and will have to decide if being in a hurry is worth looking turkey-necked, but I can assure you this is the way the Dutch add some power to their pedaling and it works. So, turn up the nose, raise your bars, sit up and enjoy a dignified ride.