Crochet Paperclip Ice Skate Ornament
Create a whimsical and unique addition to your holiday decorations with this charming Crochet Paperclip Ice Skate Ornament. Handcrafted with love and attention to detail, this ornament is sure to catch the eye of all your guests. The combination of crochet and paperclip creates a delightful and unexpected twist on a traditional ice skate design. Crafted from high-quality yarn and a sturdy paperclip, this ornament is not only visually appealing but also durable. The crochet detailing adds a touch of elegance and intricacy to the overall design, making it a standout piece on your Christmas tree. The paperclip serves as the blade of the ice skate, giving it a playful and whimsical touch. Hang this ornament on your tree or use it as a unique gift topper to add a touch of handmade charm to your holiday celebrations.
MATERIALS:
Approximately 5 yards of worsted weight yarn
Approximately 1 ½ yards of fuzzy white yarn
G crochet hook
Two jumbo paper clips
NOTES:
1. Read instructions all the way through before beginning.
2. I used Bernat Soft Boucle for the «cuff» on the pair in the photo.
INSTRUCTIONS:
With the continuous wire of paper clip on bottom for blade and the larger loop to the right, attach yarn to paper clip with a slipstitch into the larger loop.
Always crochet over the beginning tails.
Row 1: Ch 2, 7 dc to end of paper clip (work first dc in the larger loop, work remain dc in smaller loop and around both wires). This row forms the foot of the skate.
Row 2: Ch 2, turn, Dc in 4 sts. This row forms the ankle of the skate.
Row 3: Ch 1 turn, sc in 4 sts. After last st, Ch 10, fasten off. On the second skate, only chain 8, so that the skates are offset after tying together.
Row 4: Join fuzzy white yarn with a sc in turning chain of row 3. Sc in 3 sts, 2 sc in last st.
Fasten off and weave in ends. If you crocheted over the tails you will only have the ending tail of the trim to weave in.
Repeat for the second skate and tie the two skates together with the tails of the ch 10 and ch 8.