A Deer & Doe Myosotis Dress (and one epic, life changing relocation)

If you follow me on Instagram you’ll probably know that we moved from Surrey in England to the South Bay area of Los Angeles late last Summer. It was an opportunity we grabbed with both hands and now after six months of Southern Californian living I can safely say it was the right one. I am loving these sun filled days and now that the boxes have been unpacked and I’ve found my feet, my creative energy is flowing again and I’m bursting with ideas.

The Myosotis Dress by Deer and Doe Patterns has been steadily populating my Instagram saves since it was released a couple of years ago so felt like the perfect thing to dive into after putting sewing life somewhat on hold over the last year. Below is my finished dress and some thoughts on this pattern!

This dress is perfect for me because it has a really flattering, breezy shape but crutially, the dress makes a pretty shape all by itself and stands away from the body. Meaning I’m free to slouch around inside it or sit down without any uncomfortable, stiff edges digging in to me. I also love the sleeves which are breezy like the skirt but provide a good level of coverage and comfort if there is a chill in the air. The only part of the dress I’m not totally sold on is the collar – whilst it does provide a counterpoint to all those ruffles, it was quite fiddly to sew and I cant help but feel that a collar-less version would be more flattering.

I found this pale blue viscose/lyocell blend at Joanne’s Stores and loved the fluid texture (I love the look of chambray but find it quite stiff in reality) which is perfect for this pattern – the ruffled skirt and sleeves have a lovely weight to them. I think the pattern would also lend itself nicely to a double gauze or silk too.

I’m definitely going to make another one without a collar and will come back to share it here soon. In the meantime you can browse tons of Myosotis dress inspiration from the Instagram sewing community by checking out the hashtag #ddmyosotis.