Category: Recumbent Bicycling

My esteemed wife returned from a shopping expedition with the crushed remains of a water bottle that fell out of her Tour Easy’s under-handlebar cage. Fortunately, the truck flattened the bottle, not her, but Something Had To Be Done. She also had trouble maneuvering those newfangled long-body bottles around the rear edge of the Zzipper fairing.

My TE has a hydration pack attached behind the seat with the hose passing around my arm to a Velcro (nah, it’s generic hook-and-loop) strip safety-pinned to my shirt. Mary didn’t like that arrangement, because it required some fiddling when she sat down and poked pinholes in her shirt. She wanted an arrangement that Just Worked.

I removed the under-the-handlebar bottle cages from her bike and bolted a salvaged aluminum plate to the four tapped ferrules. The numbered holes on the plate originally held coaxial cable connectors, but I think they give the plate that snooty, high-tech, drilled-out, weight-weenie look.

A 50-ounce hydration pack (“Styled for women!”) fits neatly atop the plate, below the cables, and between the handlebars. We wrapped a two-inch-wide Velcro bellyband around the pack, Velcroed the bag’s top loop to the handlebar’s crosspiece, and secured the valve with another Velcro strap that doubles as her parking brake. The whole affair looks quite tidy under the fairing.

Now she simply picks up the hose and takes a sip: no acrobatics, no dropped bottles, no hassle. Life is good!

Have you ever done this? You pull up to a rest stop, flip down the kickstand, walk off to snarf some snackage, and crash your ‘bent falls over behind your back. Not only is it tough to look cool when that happens, even a zero-mph drop can scuff up your bike.

A long recumbent leaning heavily on its kickstand will inexorably push that spike right into mowed turf, bike-tour mire, or sun-softened asphalt. The small plywood square shown in the first photo solves that problem: the kickstand fits into a shallow recess and the plate spreads the bike’s weight so it simply can’t penetrate the ground.

The plate is a 3-inch square of 1/2” plywood, painted bright forget-me-not yellow. I used a 3/4” Forstner bit to drill a flat-bottomed recess through the top veneer layer, but you can poke several shallow holes with a 1/4” drill and then carve out the rest with a knife or chisel. The recess captures the end of the kickstand so the bike can’t slide off the block.

The parking brake shown in the second photo will keep your bike firmly in place even when you park on a slope. It’s a hook-and-loop (a.k.a Velcro) strip pulling the brake lever to the handgrip. Your nearby big-box retail store’s computer department mislabels these as “cable organizers” and a single package will provide enough parking brakes for your entire fleet.

Notice that dark extension on the kickstand? Just after I got my Tour Easy, I decided that the kickstand was about an inch too short. Rather than buy a new kickstand, I jammed a few inches of 1/2” copper water pipe on the end, trimmed it to the proper length, and sealed the top with glue-filled heatshrink tubing. Aluminum plus copper equals corrosion, but that lasted for about five years before the entire kickstand failed.

The small plate on the kickstand hinge holds a switch that lights an LED on the handlebars when the kickstand is down. It’s surprising how far you can slide on your forearms along a steep downhill asphalt road when you forget to flip the kickstand up, but that’s a story for another time.

A slightly different version of this note appeared in Recumbent Cyclist News back in early 2006, more or less, but everybody keeps asking me about that little yellow plate when we’re on organized rides.

A recumbent’s comfy seat doesn’t have a seat post, so standard rear racks don’t fit very well. The usual solution involves nylon cable ties and some cursing, but that just didn’t appeal to me. Here’s how I mounted an ordinary JandD rear rack on our Tour Easy ‘bents.

Because both the angle and position of the seat support struts changes change with each seat adjustment, you can’t simply bolt the rack to a plate across the struts. This is a job for spherical washers, as shown in Photo 1, which allow both angular adjustment and rigid mounting.

Even if you’ve never heard of a spherical washer before, your bike parts box may already have some: one old brake pad provides the two washers you’ll need for one rack. Each washer has one convex and one concave piece, which you must assemble with the curved surfaces nested together and the flat sides out. You need one washer on each side of the angled plate. The six spherical washers in Photo 2 show the details.

You’ll also need a ¼x½-inch rectangular aluminum bar long enough to span the seat support struts just in front of the rack, three 10-32 or 5-mm stainless-steel machine screws and washers, and a pair of padded tubing clamps. You can get all that from your favorite home-repair store.

Drill a hole in the middle of the bar and a matching hole in the middle of the rack’s front face. I used a 10-32 tap to put threaded holes in the rod, but you can drill clearance holes and use nuts.

Put a spherical washer on a screw, insert the screw through the rack, add another washer, put the screw into the crossbar, align the crossbar on the seat struts, and finger-tighten the screw. Photo 3 shows the screw from the top of the rack.

Slip the tubing clamps on the seat struts as shown in Photo 4, mark the clamp openings on the crossbar, remove the crossbar, and drill the two holes.

Reassemble everything, apply Loctite to the threads, and tighten the screws. Remember to loosen all three screws before you adjust your seat position!

I wrote this a while back for the late, lamented Recumbent Cyclist News, but it never got into print. I found the files while looking for something else; seems like this might be useful to somebody.