Bike computer zip ties

Now, as they say when a job is complete, Bob's yer uncle. I imagine that the number of people using bike computers with a broken mount who read this is very small; no matter, it's good to share this Top Secret Stuff. I'm showing my geek here but when I saw this the first thing that came to mind was the empire from Star Wars lol. Introduction: Bicycle Speedometer Sensor Mount. By Tommi Potx Follow. More by the author:. Did you make this project? Share it with us! I Made It!

This particular computer users rubber bands to secure the sensor and the computer head. Many computers use zip ties or a ratcheting mechanism, but they're all pretty much the same principals involved in installing the computer. I'll start off from the fork, going up the fork to the handlebar. I always mount my computer sensor in the front of the fork, that way your normal tire rotation if your spokes do come in contact with the sensor, it will force your sensor out instead of bringing it into the spokes, potentially breaking a spoke or breaking your computer sensor.

So with the wire going up, install the sensor. Now the key to having clean lines with the computer wire is keeping everything close and attached to the fork. You'll take your zip tie and attach it around your fork and the computer wire all the way up near the fork crown, and be sure you don't actually get a spoke in your zip tie and keep the head of your zip tie towards the back of the fork.

Take your third hand tightener, sinch it, and trim it with your cutters. Trim Zip Tie with Cutter. Now we will jump from the fork blade to the front brake cable housing, leave a little bit of slack so you don't run the risk of pulling that wire to tight.

Cable ties and more uses virgin nylon resins in the manufacturing of most types of cable ties to ensure consistently good quality. Nylon Cable ties are manufactured carefully by cyclical injection molding method wherein nylon resins are melted and then injected into the mold cavity. The zip tie molding process involves two sets of molds. The first half contains the self-locking head mechanism called ratchet, and the second mold includes the tip of the cable tie that is designed to slide into the ratchet.

When these two molds come together, molten nylon 66 or nylon 12 resins are then injected into the cavity, and the space between creates the shape of the zip ties. After inserting the molten nylon resins, the newly formed zip tie is allowed to solidify within the mold cavity. After the appropriate amount of time, the cable tie is removed from the mold.

All freshly made zip ties are then gathered for quality inspection. When nylon wire ties are determined to contain defects relating to the molding process, the particular mold that created them is set to be replaced by a non-defective one.

If it determined that there are no defects on the mold, the cable tie quality inspector will identify other possible causes that could have caused the fault. Cable ties, are also known as zip ties or tie wraps in some areas of the United States.

Zip ties are said to have an unlimited number of applications, such as: in households, offices, manufacturing industries, automobile industries, marine industries, electronic industries, and many more. An example of this is the Stainless Steel zip tie that is recommended for applications that can resist various chemicals, salts, and acid exposure.

Further, another example is the Velcro Ties and Straps , which are ideal for temporary, and reusable strapping and bundling of wires.