Christmas Single Layer Shorts | Rockin Robin
£29.99
You might also like...
You voted, we listened — Rockin’ Robin is back!
After winning our customer vote, this much-loved design is making its return for Christmas/Winter 2026. Featuring our cheerful little robins wrapped up in their colourful winter knits, surrounded by festive foliage and pops of colour against a deep background, Rockin’ Robin is full of personality and festive fun.
Our Rockin’ Robin Single Layer Shorts combine comfort, freedom of movement and plenty of practical storage, making them perfect for running, training, walking and everyday adventures.
Made from 360-degree stretch, fully squat-proof fabric, they move with you while the sweat-wicking fabric helps keep you comfortable. Flat-lock seams help limit chafing, while the high waistband provides a comfortable, secure fit.
And there’s no shortage of storage. You’ll find TWO bounce-free thigh pockets, with plenty of room for larger mobile phones, snacks and other essentials, plus a generous 15 x 9cm zipped pocket built into the waistband — perfect for keeping smaller essentials such as your car key safe.
A removable internal tie string helps prevent the waistband from slipping during your workout, while the unisex gusset provides a modest, comfortable fit for both men and women.
Product Features:
- TWO bounce-free thigh pockets – great for larger phones or snacks
- Comfortable high waistband with a 15 x 9cm zipped pocket
- Removable internal tie string to help prevent slipping when working out
- 360-degree stretch fabric
- 85% polyester / 15% spandex
- Fully squat-proof
- Sweat-wicking fabric
- Flat-lock seams for maximum comfort and to help limit chafing
- Unisex gusset for a modest look for both men and women
- Returning Rockin’ Robin Christmas/Winter design – chosen by you!
🎄 Christmas/Winter 2026 Pre-Order
Pre-orders open 7am Friday and close at 12 noon on 2nd November.
Rockin’ Robin — back by popular demand and ready for another Christmas adventure. 🐦🎄
Size chart in product photos. Colour may differe slightly to that shown
