Valley Yarns Mill River Cardigan Knitting Pattern

Valley Yarns Mill River Cardigan

What is Being Made

The Valley Yarns Mill River Cardigan is a knitted cardigan designed by Kirsten Hipsky, available in six finished sizes ranging from 36 inches to 60 inches. This intermediate-level knitting project features elbow-length sleeves and comes with instructions for both buttoned and unbuttoned front closures. The cardigan is inspired by the natural beauty of the Mill River in the Pioneer Valley, incorporating design elements that reference the river's flowing water and rocky banks.

Design Features and Inspiration

The Mill River Cardigan pays tribute to its namesake through carefully placed lace panels that create a flowing aesthetic around the neckline and run sideways along the cuffs of the elbow-length sleeves. Garter stitch details on the back neck evoke the texture of the river's rocky banks, adding visual interest and structural definition to the garment. The combination of lace and garter stitch creates a sophisticated design that balances delicate and textured elements.

Techniques Used

• Lace Knitting: Flowing lace panels branch around the neck and run horizontally at the sleeve cuffs, requiring careful attention to yarn overs and decreases
• Seaming: The cardigan is constructed using seamed construction, with separate pieces joined together for a polished finish
• Ribbing: The pattern begins with knit-purl ribbing (k1, p1) for 1½ inches or desired length, creating an elastic cuff that hugs the body
• Stockinette Stitch: The main body fabric is worked in stockinette stitch, providing a smooth, classic knit fabric
• Garter Stitch: Used strategically on the back neck and as edge stitches throughout for definition and structure
• Shaping: The pattern includes decreases worked at regular intervals to create a fitted silhouette
• Stitch Markers: Essential for tracking the placement of lace panels and maintaining pattern repeats across multiple sections

Stitches Used

• Stockinette Stitch (St st): The primary stitch for the body, creating a smooth fabric with V-shaped columns on the right side
• Garter Stitch: Horizontal ridges created by knitting every row, used for ribbing and back neck details
• Ribbing (k1, p1): Alternating knit and purl stitches that create vertical columns and elastic recovery
• River Panel Lace: A 12-row repeat lace pattern featuring yarn overs and decreases that create the flowing, branching design characteristic of the cardigan
• Yarn Overs and Decreases: Essential lace stitches that create the openwork patterns in the lace panels

Materials

The Valley Yarns Mill River Cardigan is worked in Valley Yarns Sunderland, a luxurious 100% baby alpaca yarn with 109 yards per 50-gram skein. The yardage required varies by size: 9 skeins for the smallest size (36 inches), increasing to 18 skeins for the largest size (60 inches). The sample shown is knitted in the color Winter Sky. The pattern calls for US size 6 (4.00mm) circular needles in either 32-inch or 40-inch length, or the size needed to achieve the specified gauge. Additional materials include stitch markers for tracking lace panel placement and five optional buttons for the buttoned front closure.

Gauge and Finished Dimensions

The pattern is worked to a gauge of 5 stitches and 7 rows per 1 inch in stockinette stitch. Achieving proper gauge is essential for obtaining the correct finished measurements. The cardigan is available in six sizes with finished bust measurements of 36, 40, 44, 48, 52, 56, and 60 inches, accommodating a wide range of body types and fit preferences.

Construction Method

The Mill River Cardigan is constructed using a seamed method, with separate pattern pieces for the back, left front, and right front (implied by the pattern instructions). The back piece features two lace panels positioned symmetrically, while the left front includes one lace panel. The construction involves casting on stitches for each piece, working ribbing at the lower edge, then proceeding to the main body in stockinette stitch with integrated lace panels. Shaping occurs throughout