Bike Racks: On MetroBus, Lack of in Places and Wrong Type in Others
I can only recall taking a city bus once in my lifetime, a few years ago to get to MetroLink to get me to the airport for a flight out of St. Louis. Thirty-eight years and I’ve ridden a bus once. Sad really when you think about it.
So today I did something really big. Not only did I take the bus downtown but I took my bike along for the ride. I made use of the fold-down bike racks on the front the bus to quickly get me from South St. Louis to downtown. From 4th & Washington, where I got off the bus, I was able to bike around downtown and to my meeting at the St. Louis AIA office. [UPDATE 4/19 9:20am – The bike rack on the front of the bus was very easy to use! I highly recommend to others to give it a try.]

Before the meeting I stopped at 10th Street Italian to have dinner. Great food, low prices and alfresco dining are a winning combination. As no bike racks are provided on 10th Street I had to secure my bike to a parking meter.
Locking to a meter is not idea. First, it creates a obstacle for those trying to add money to their meter. Second, it simply is not a secure as a bike rack or even a street sign. My bike weighs a whopping 50lbs so it would take a strong and determined person to lift it over the meter to steal it.

At left is my bike secured to one of the new stylish bike racks located on Washington Avenue East of Tucker. The placement of the smaller ring on the rack made it very easy to secure both my frame & front wheel to the rack – a very good thing. However, the design of the rack and its placement on the sidewalk put my front wheel in the path of pedestrians.
I’m sorry, this is bad planning. I can see what they did. Someone decided they wanted concrete to indicate where people should walk and then they have a section for decorative brick for the other stuff like street trees (good) and benches (not used). The bike rack placement is seemingly based solely on the fact they need to bolt to the concrete. This is not how a very functional item should be located.
The basic inverted U rack on Washington Avenue West of Tucker is the type I’d like to see all over St. Louis. This holds two bikes, like these, but it turns the bikes to be parallel with the street and sidewalk. This keeps the pedestrian path clear.

In the above picture I was locked to the ring away from the bench. Upon returning to the AIA office later I switched to the other position on the rack – nearest the park bench. Since the bench and other rack position was empty is wasn’t a big deal to get my bike in and out of this position. However, had another bike been locked to the rack it would have been a challenge to get my bike into place and secured to the rack.
I’ve got a theory about the placement of the bike racks so close to the back of the benches. Since they had to place the racks in the concrete walkway it was thought they should be near the benches so someone doesn’t accidently run into them.
This rack also places both bikes in the same direction. This is also a problem as handlebars often conflict if bikes go in the same direction. Using racks that allow the bikes to alternate direction are much better in sidewalk situations.
In summary, decorative brick where it is hard to secure a bike rack led to the wrong rack in the wrong place. The bike racks are close to the benches so they are not a trip hazard but if the rack gets used the front wheel becomes a hazard to pedestrians. We just finished this project so we will likely have to live with it for sometime.
The worst part is this was “professionally” planned. Someone made the decisions that let to a less than ideal situation. This is a case where I think the ideal, or at least closer to it, could have easily been achieved within the given time and budget. Aesthetic decisions were made over functional considerations. This was done either by choice or lack of understanding about the implications.
When we spend our tax dollars and build brand new projects we should be getting better design – not just pretty patterns in the paving.
– Steve




