Shop our chunky knits for cosy tits IRL from our cosy colourful store in Exeter Quay, Devon.
Shop our chunky knits for cosy tits IRL from our cosy colourful store in Exeter Quay, Devon.
Shop our chunky knits for cosy tits IRL from our cosy colourful store in Exeter Quay, Devon.
Clammering for Claudia Winkleman’s green chunky knit jumper? This is the one. Each commissioned Roll Up Knit Down Jumper is hand-knit to order here in the South West, with a dispatch time of around 6-8 weeks.
£7.00
Such a squidge-able knitted romper for your little squidge-able bebe!
A classic style baby romper with a modern twist – with a ribbed top and balloon style bottom and ribbed leg cuffs, it is super soft, easy to knit, and comfortable for your little one to wear.
The romper pattern covers 5 sizes from Newborn right through to 12 months so you can knit one up for every growth stage of your baby!
This knitting pattern is suitable for confident beginners through to intermediate knitters.
Add chunky buttons to fasten the ribbed straps and some pearl buttons on the crotch (or stitch up if you prefer) this romper will suit any gender, look great on its own or over a babygro, and can be knit up in a matter of hours! Delicious!
Newborn 28cm wide x 18cm long
0-3 months 30cm wide x 20cm long
3-6 months 33cm wide x 23cm long
6-9 months 37cm wide x 27cm long
9-12 months 41cm wide x 31cm long
If you’re a little stuck with your stitches or want to thicken your knitting know-how, you’ll love our LAD knitting knowledge
Join the Lauren Aston Designs Facebook Group to share your knits, ask questions about knitting patterns and hang out with the LADs
Subscribe to the LAD newsletter in order to receive your FREE LAD knitting pattern and to hear about new arrivals, limited edition knits, and workshops run in our lovely Devon studio
Lauren Aston Designs is an independent knitting studio based in wonderfully sunny Devon, UK. We love big knits and cosy tits x
Join the mailing list for new arrivals, limited edition knits, stitchin’ promotions and a totally free pattern.