How to Tie a Turk's Head Coaster Using a 3D Printed Model

Tying a Turk's head knot can be tricky without something to follow along with, especially when you want to get more complicated than the standard 3 part x 5 bight ones you can find instructions for online. I generated a 3D model of a 6 part x 7 bight Turk's head and used it as a guide to actually tie the knot. I'm working on an app which will allow you to generate any Turk's head in any size, but for now all I have available is this single test model.

Step 1: Materials

1. The model

I had Shapeways print my model, which can be ordered here: http://www.shapeways.com/model/983341/nautical-themed-rope-coaster.html

I ordered the alumide material, but any of them will do.

2. A cardboard box

We'll be temporarily attaching the model to the box to hold it still while we tie the knot.

3. T-pins

The pins both hold the model in place as well as serve as something to keep the rope in place with once we start tying the knot.

4. Rope

I'll be using 1/8" cotton rope while I walk through it. It's a bit thick for this particular model, but it's great for knot tying in general! I ordered it from Knot and Rope Supply: http://knotandrope.com/store/pc/1-8-X-1-200-3-Strand-Cotton-6p1936.htm

Feel free to use whatever material you have, though you probably want to stay at or under 1/8" for this model. I think smaller material looks better as you can tie more passes. The red coaster shown above is tied with lacrosse crosslace and comes in many different colors: http://www.lax.com/lacrosse-equipment/Lax.com-Crosslace-Spool-Lacrosse-String-Supplies-4157.html

Step 2: Setup

Use the pins to attach the model to the box. The more pins you use the easier it will be to keep your rope lined up with the knot. If you use too many, though, they can also start getting in the way.

Step 3: Tie the Knot

You can start anywhere. Just follow the knot, making sure to go over and under strands as the model does. Starting at the half way point of your rope will save you some time pulling through slack. You can tie half the knot one way and then do the rest with the other half going the other way.

Step 4: Finish Up

Remove the pins and go around the knot a second time, just following what you've already tied. If you're using smaller material, you could even go around a third or fourth time. Once you've finished all the passes you want, you can finish the ends by sewing them together with thread, or gluing them with super glue. If you're using a nylon material such as lacrosse crosslace, you can melt the ends together.

Step 5: All Done!

Comments

[786Ayesha]

Cool .like it.Voted

[allwinedesigns]

Sweet! Thanks Ayesha, glad you like it :)

[Dominic Bender]

Interresting design, thanks for sharing!

But I wonder, wouldn't the same be possibly using a print-out of such a coaster for the pin-placement? Just wondering whether the 3D-print is strictly necessary for those who do not have access to such a device.

[allwinedesigns]

Yes, absolutely! For this example especially. The 3d print is just a bit more sturdy and reusable. Also, this really was a test for my app, which will be able to generate a variety of turk's heads, such as ones that cover a sphere or even a cross. In those cases it's much trickier to just use a printout (though, still possible). The 3d print is really just a convenience.

[allwinedesigns]

If you're interested, you can check out this facebook album which shows me using the same technique to cover a sphere. The 3D print is especially handy in this case: http://on.fb.me/10panyF

[Soozannah]

How long was the rope you used for this model? The coaster is not the model, correct?

[allwinedesigns]

The red one with 4 passes, tied with lacrosse crosslace is about 18 feet long, so I'd cut a 20 foot piece to tie it. In the 1/8" cotton, you'd probably be safe with 12 feet, though I didn't measure. When I say model, I'm referring to the 3D printed version of the knot, the coaster is what I tied using the model as a reference.

[Natalina]

This is a cool use of 3D printing, thanks for sharing!