armadillo join

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 Back in 2015 when I first ventured into tatting Eleonore Endrucks' patterns from her 1920 book, Die Schiffchen-Spitzen, (I had started with E22 for the summer homework by Georgia's Online Tatting Class) there were patterns including the very first one where the 2nd repeat/motif joins to the first with two consecutive joins. One is a normal picot join to a picot lying above the line of tatting (on the previous motif) and one is a lock join to a hidden picot lying below (on the same motif).  

I tried various methods to incorporate both joins into one continuous movement but was unsuccessful - the result just didn't seem neat. So you can imagine my immense excitement when I encountered Gretchen Miller's Armadillo Join earlier this year (July 2025)! She came up with it as a solution to linking two pieces of enameled metal for one of her patterns. She uploaded a video here -https://www.youtube.com/watch?v=9JRveDx6Wf4 . When I sought her permission to share a pictorial she was happy to note that the join could be used in pure tatted lace as well. And what I had missed in my 2015 trials was the final step, LOL.

ARMADILLO  JOIN

Gretchen Miller (Tattered Armadillo) July 2025

video - https://www.youtube.com/watch?v=9JRveDx6Wf4 

Since I have created a PDF for the pictorial which can be downloaded by clicking this link - https://drive.google.com/file/d/1PfM7UMj9YIIW3cA8fEVB1OgaXabFeo_L/view - I will keep the text below to a minimum.

Shuttle 1 - mustard thread ; ball or shuttle 2 - blue thread.

Note: The join is worked with a single shuttle.

Normally, one would consecutively make a lock join to the chain picot below and a picot join to the ring picot above and then proceed with the current chain. Armadillo join allows us to make both linkages simultaneously.....

... by pulling a loop of the ball thread up through the picot above and then bringing it down through the picot below.

Then shuttle is passed through it. Notice how it is basically a picot join, except that the loop goes through two picots on opposite side of the current chain.

But here's one extra step where the shuttle is brought back to the left by passing it under the loop.

The linkage is complete and now all we need to do is remove all slack.

Now steps 7 and 8, I find, require some practice and dexterity to remove slack from all the threads and loop.

Thus we have not only linked the current chain to two picots, but have simultaneously moved across to the right! Clever, right?! 

I haven't been able to experiment and explore it too much, although I did make it backside on the E1 sampler at the top. And my next post will feature a derivative pattern where it can be used.

Many many thanks to Gretchen for sharing this join!