Baagl Unicorn children’s slippers are ideal for school and kindergarten – they offer a non-slip, non-marking outsole, a breathable textile upper, and easy Velcro fastening. Thanks to the lightweight, flexible EVA sole, they support natural movement and all-day comfort.
Non-slip, non-marking outsole for a secure step
The outsole is designed to prevent slipping while also leaving no marks on the floor. This lets children move safely on smooth surfaces at school and at home.
Lightweight and flexible EVA sole
The EVA sole is light, springy, and cushions each step. Together with the flexible construction, it supports the foot’s natural movement during everyday walking and children’s play.
Breathable textile and easy Velcro fastening
The textile upper helps with ventilation so the foot feels comfortable even during longer wear. Velcro fastening makes them easy to put on and allows quick tightening as needed.
Comfortable and practical Baagl slippers with a Unicorn motif are designed for everyday indoor wear. The flexible construction helps a child’s foot work naturally, while the reinforced heel adds the stability needed for walking and play.
Comfort is ensured by a soft, removable insole and a lightweight design made from safe materials. A scuff-resistant toe cap is also included to protect against rapid wear.
Main benefits:
- Non-slip, non-marking outsole suitable for classrooms
- Lightweight EVA sole for a springy step
- Breathable textile upper for all-day comfort
- Reinforced heel for more stable walking
- Scuff-resistant toe cap for greater durability
- Soft removable insole for easier care
- Velcro fastening – quick to put on, even for younger children
Specifications
- Brand
- Baagl
- Type
- Children’s slippers
- Motif
- Unicorn
- Size
- 26
- Upper
- Breathable textile
- Sole
- EVA (lightweight and flexible)
- Outsole
- Non-slip, non-marking
- Fastening
- Velcro
- Insole
- Soft, removable
- Heel
- Reinforced
- Toe
- Scuff-resistant
- Construction
- Flexible for natural movement
- Materials
- Safe materials, lightweight design
