an ODDknit hat with vertical stripes rainbow scarf knitting pattern side-to-side hat knitting pattern

DIY Fingerless Mittens (F3)

DIY Fingerless Mitten

In this case DIY stands for 'Design It Yourself'. Below I've given instructions on how to knit a (fully reversible) fingerless mitten, but the colour design is entirely up to you to fill in.

You will need:

  • two colours of dk yarn
  • 3.75mm knitting needles
  • tapestry needle
  • scissors

Pattern:

This fingerless mitten is made from a square of double-knitting. If you are unfamiliar with this technique check out the double knitting technique page and come back. If you dislike double knitting you can always make up a design with stranded knitting (each to their own you strange, strange, person you).

Here is the grid we will be working from. Each cell represents a single stitch. It is 37 sts wide x 49 sts high.

Blank Grid for Mitten Design

Design a pattern by shading in whole cells with one colour and leaving the rest blank. You can either save the image to your computer and fill squares digitally (no fancy software needed, programmes like paint work just fine) or use the printable version and do it by hand.

Before you begin check the needle size by knitting a tension patch.

  • Wrap a tape measure around your palm and write down the circumference.
  • Divide this measurement by 3.7 and note down the result.
  • Begin a 10st tension patch. If its width does not match the result you wrote down go up or down a needle size and try again until it does.
  • Don't worry about the height of the tension patch. It's the width that needs to be correct to fit your hand.

Using the double-knitting technique, work through the grid once on the needle size you have chosen.

That's it. That's the pattern. I've done some design notes at the bottom of the page but if you want to get stuck right in go ahead.

Making Up:

Fold the knitted square in half. Sew up the open edge of the mitten leaving enough space for a thumb-hole.

Making Up Diagram

As a rule of thumb (haha) I sew up from the bottom edge to the halfway point, then down from the top for less than a quarter of the height of the mitten.

Design Notes:

Here's my test mitten design:

Grid for Test Mitten Design

I'll grant you it's not very pretty but it's meant to serve a function rather than look good.

I've only used two colours because that's what's easiest in double-knitting. If you use more than two colours you have to use regular colour change techniques which I'm not even going to talk about, other than to say:

horizontal stripes = easy

vertical stripes = less easy

patterned changes within grids = uurrrrggh challenging

Here's the test mitten knitted up:

Test Mitten Design Knitted Up

The top two photos show the front and back of the mitten. The bottom two photos show front and back of the inside out mitten (after all, double knitting is reversible). The black arrows indicate where the thumb-holes are.

Note that the X is only visible on the top left and bottom right mittens. If I knit a pair of mittens from the same design grid one will have to be worn with reverse colours or they won't appear symmetrical. The other option is to flip the design grid, but you have to remember to do that before you start knitting the second mitten.

Here's the test mitten being worn:

Test Mitten Design Knitted Up

On the back of the hand you can see three complete white squares from thumb to little finger. Contrast that with the palm of the hand where you can only see two and a half of the white squares. The palm of the hand is flatter than the back. If you want a design feature to nestle in the palm of your hand it would need to be further towards the edge of the grid than is obvious at first glance.

This was the reason I designed a test mitten with criss-crossing lines. When I plan future mittens I'll look at these photos and go “Well I really want such and such a design feature to appear under that knuckle, which I can see is the right half of that white square.” I can then work out exactly where that is on the grid by referring to the test mitten design.