Molo Winter Boots - Driven - Black
[KM951]
-
Delivery
2-5 days -
Free shipping
over 149.96 € -
30 days right
of cancellation
Winter boots from Molo
Beautiful Molo winter boots in black and on the heel there is a reflex. On the outside of the shaft, a black and white rubber logo application.
The Molo winter boots are a tall model, and they have rubber around the foot, while there is a soft shaft made of polyester. In front, the boots can be tightened with a Velcro strap around the ankle and a practical elastic cord around the opening. Inside, the boots have a lovely, soft lining, and at the bottom there is a soft insole with lining.
The outer sole of the boots is made of thermoplastic rubber with a strong tread pattern, so that the kid has a good foothold.
The Molo winter boots have a HEIQ ECO DRY waterproofing without the use of fluoride.
Inside measurements in cm:
Size 24 = 15.5
Size 25 = 16.3
Size 26 = 17.0
Size 27 = 17.5
Size 28 = 18.0
Size 29 = 18.6
Size 30 = 19.5
Size 31 = 20.3
Size 32 = 21.0
Size 33 = 21.5
Size 34 = 22.0
Size 35 = 22.6
Size 36 = 23.4
Size 37 = 24.0
Size 38 = 24.5
Note: The measurements are indicative and may vary by a few millimeters.
A 1-1.5 cm growth allowance is recommended
Made with:
- Exterior: textile + other material
- Inside: textile
- Outsole: other material
The Winter boots are made from recycled materials.
Model: Driven, Style: 7NOSU6010099, Colour: 0099
Product info
- Item no.:
- KM951
- Status:
- In stock
- MPN:
- 7NOSU6010099-0099
- Manufacturer:
- Molo
- Colour:
- Black
- Colour code:
- 0099
- Type:
- Winter Boots
- Gender:
- Boy
- Pattern:
- Logo, Plain, Print
Made by
- Exterior:
- Textile, Other material
- Inside:
- Textile
- Outsole:
- Other material
Features
- Water Repellent:
- Yes
- Shoe closure:
- Lace up, Buckles, Velcro
- Waterproof:
- Coating, HEIQ ECO DRY
All our prices are automatically calculated from the Danish price and converted to another currency - therefore you may experience small inequalities.
We adjust prices according to exchange rates regularly to avoid large fluctuations.
