Named Clothing, Ninni Culottes PDF Pattern

The Ninni culottes are a pair of delightfully simple knit elastic-waist pants! The pants have a generous amount of ease and come with handy side pockets.

This is a digital PDF pattern that includes sizes XS-XXL. This pattern comes with plenty of ease. Check the finished measurements for your size and, if necessary, select a size smaller than usually if you want the garment to be more fitted.

For sizing, finished garment measurements, and fabric requirements, see the charts in photos.  

Fabric Suggestions: Light weight or medium weight drapey knit fabric. The sample is made from soft velour, but you can also use light weight sweatshirting, medium weight jersey or other similar knit fabric. 

The garment can also be sewn using woven fabrics. Choose a light to medium weight woven fabric with some drape. The instructions are written for knits, but if your fabric is woven, refer to the sections in the instructions highlighted with the exclamation mark.

Materials & Supplies: 

•  Pocket bag fabric, 30 cm (3/8 yd)
• Fusible knit interfacing, 25 cm (¼ yd)
• 3.5 cm (1⅜”) elastic, your waist circumference

Delivery Details: This is a digital sewing pattern, not a physical copy.

When you purchase this pattern, you can download the PDF files from the order confirmation screen. You will also receive an email from SendOwl with a link to download the pattern. 

To receive a printed copy of this PDF pattern, select “Digital PDF Pattern + Large Format Printing.” We'll print the pattern out on our large format printer ($3.50/page). We are happy to ship the pattern to you or set it aside for in store pickup. Your pattern will be folded for shipping or rolled for local pickup. 

We do not print pattern instructions, only the large format pattern pages. You can print the instructions at home on US printer paper if you'd like (or just view them from your device). 

Please give us a call at 612-743-9505 or send an email to info@lakesmakerie.com if you have any questions about the printing process.