BR Equestrian Equipment high-top leather riding boots flavio
44Only 1 item in stock at third-party supplier
Product details
Elegant riding boots made of soft, impregnated smooth leather with a thickness of 1.6 to 1.8 mm. The inserts on the inner sides of the legs are made of textured leather for enhanced grip. The Dermo Dry lining is combined with a 3 mm thick foam. Dermo Dry is both antimicrobial and moisture-regulating, keeping the foot dry and preventing overheating. The robust Opti zipper at the back of the boot is secured with a press button on a leather tab at the top of the shaft. The leather flap on the inside of the boot protects both the zipper and the leg (caution: do not pull on this flap). The boot is easy to put on and take off, as the rear zipper opens the boot fully. The narrow insert along the zipper is made of high-quality Italian stretch material resembling leather. This elegant insert ensures a secure fit for the foot. The boot features a rounded edge (5 cm), elastic laces, and two spur holders. The non-slip sole is made of high-quality natural rubber. The heel contains an impact zone that provides excellent shock-absorbing properties. A metal camber is integrated into the Texon insole, ensuring stability and promoting even pressure distribution. The microfiber upper layer on a 4 mm thick foam further enhances the comfort of the boot. The slim cut around the ankle and the stitched square toe cap add an extra touch of elegance. Made in Europe.
Exact colour description | Black |
Type of riding shoe | Riding boots |
Colour | Black |
Shoe size (EU) | 44 |
Item number | 47201480 |
Manufacturer | BR Equestrian Equipment |
Category | Riding boots + Shoes |
Manufacturer no. | 553023-B144-044 |
Release date | 12.7.2024 |
Colour | Black |
Exact colour description | Black |
Main fabric material | Leather |
Material | Soft, impregnated smooth leather with a thickness of 1.6 to 1.8 mm |
Type of riding shoe | Riding boots |
Shoe size (EU) | 44 |
Fabric properties | Breathable, Moisture wicking |
Country of origin | France |
CO₂-Emission | |
Climate contribution |