Note: This is a knitting kit that you need to knit the frogs yourself, please get in touch with us if you would like them knitted up for you :)
Everything you need to make your friend for life – Frog
Knitted toy by designer Claire Garland, Dot Pebbles Knits, author of Magical Woodland Knits
With this kit, you can make not just one, but three frogs!
When knitted, your finished frog will be approximately 10cm/4in long.
Included in this Kit:
• All the yarn you need made of Alpaca, Merino, Kid Mohair and Silk
• Knitting needles
• Glass-like safety eyes with plastic backing (3 pairs) – lifelike, fully washable, and safe for children
• Stitch markers
• Plastic darning needles – easy to use and safe for children
• Supreme ball fibre stuffing – special spiral flex bounce-back fibres form millions of balls that are machine washable. They have better bounce-back properties than regular carded fibre, ensuring shape retention and providing a more robust, safer, cleaner environment with no loose fibres during or after filling.
• Printed knitting pattern – includes plenty of how-to images to guide you through the process, plus pattern support from designer Claire Garland, if needed. The body is knitted with minimal seaming, joining as you go.
• Wires (optional, for use in the limbs)
• Branded project bag
Please note: The outfits are not included in the kit, but you are welcome to purchase the yarn (DROPS Alpaca) for the outfits from us:
• Drops Alpaca 101 White
• Drops Alpaca 3620 Red
• Drops Alpaca 7238 Green Grass
FREE UK STANDARD DELIVERY ON ORDERS OVER £50
We dispatch all our orders the same day Monday-Friday with a cut off time 2pm from our warehouse in the UK. Please note that for international shipments it may take longer than usual for your order to arrive, please contact us before you place your order if you are on a tight schedule.
We use Royal Mail for the majority of our deliveries, information about their promises of becoming Net Zero can be found here Royal Mail Sustainability
You can read our full delivery policy here
