Tuff Socks Naturally: Shropshire Sock
And here it is, a sock knitted in Shropshire yarn.
Today’s post is one in a series called Tuff Socks Naturally, an open, collaborative project exploring more sustainable alternatives to superwash and nylon in sock yarn. You can join in on the discussion, share pics and projects on this blog or Local and Bespoke or on instagram using the hashtag #tuffsocksnaturally.
I am so pleased with this sock. It knitted up easily on 2.5 mm needles to create a tweedy, elastic sock. It always stays in shape and it always stays up. It is significantly more elastic than the Ryeland sock although less fine. The handspun yarn was consistent through out the sock and I dyed a little in some left over solar dye to add some stripes.
For the pattern, I used the basic toe up pattern from Lara Neel’s Sock Architecture (2014) book. I used a figure of eight cast on, a regular wedge toe and then a short row gusset and a square heel. It has worked well, although I think I needed to make a deeper gusset. The sock is made up pure Shropshire, no added reinforcers, so I can get a good understanding of the durability of the fibre. I am beginning to think that no all sock yarns require reinforcing.
And here is the sock, getting its hours up and staying tough. It has 108 hours already and no signs of holes and absolutely no fulling.
The knitting process got me thinking about the importance of multi gauge sock recipes for hand spun socks. This sock yarn was a little heavier than commercial sock, so I had to tweek the pattern accordingly but a really good multi gauge recipe would be wonderful for the Tuff Socks Naturally project. Does anyone know of a good one? All suggestions welcomed.
It is also good to remember that this is Rare Breed Sheep, in Australia and elsewhere. It is uniquely suited to long lasting socks and other garments and could have a significant role to play in the sustainable clothing movement. Shropshire Woollies sells fleece, fibre and yarn so even knitters can get their hands on this wonderful fibre.