Veredus Gaiters Olympus Absolute Front
Only 2 pieces in stock at third-party supplier
Product details
The Veredus Olympus Absolute Front boots are larger, more durable, and safer.
Usage
The Veredus Olympus Absolute boots are suitable for various equestrian disciplines. The Olympus Absolute features a larger protective area that, thanks to its innovative Y-shape, covers the entire area from the flexor tendon to the fetlock joint. The shell's material has different densities and properties depending on the area to be protected. The boots are more robust in the area of the flexor tendon and the inner fetlock joint, which are more exposed to the risk of accidental impacts. The anatomical shape ensures maximum comfort and a perfect fit on the horse's leg. The dual-density shell material combined with EVA foam, a particularly flexible and conforming synthetic material for injury protection, provides truly absolute protection and unique comfort.
Features
- Anatomically shaped dual-density shell
- Larger and extended protection made of EVA foam
- More support for the fetlock joint
- Elastic bands
- Button closures
Manufacturer
Veredus is your specialist for high-quality brushing boots, splint boots, and tendon protection. The brushing boots are characterized by maximum comfort, with some featuring a leather lining and others a neoprene filling. The Carbon Gel Vento brushing boot was designed by Marcus Ehning and is the first shockproof ankle protection that ensures double ventilation. The innovative, anatomically shaped boots with Carbon Gel protection also offer maximum comfort and an optimal fit on the horse's leg.
Hoof + leg protection type | Puttees |
Exact colour description | Brown |
Item number | 20404721 |
Manufacturer | Veredus |
Category | Horse leg protection |
Manufacturer no. | OLYAF32 |
Release date | 4.4.2022 |
Colour | Brown |
Exact colour description | Brown |
Material group | Plastic |
Material | Dual-density shell, EVA foam |
Hoof + leg protection type | Puttees |
usableness | Reflectors |
size | M |
CO₂-Emission | |
Climate contribution |