The Ariat Tri Factor Grip Knee Patch Riding Tights combine style, comfort, and optimal grip!
Usage:
The Ariat Tri Factor Grip Knee Patch Riding Tights are made from medium-weight stretch fabric. Thanks to the cooling technology, you won't overheat even on warmer days. The stretchy Ariat Hex silicone grip knee patches provide optimal stability in the saddle. Additionally, these tights feature the proprietary Ariat Calf Fit System, which prevents pressure points or chafing in the boots. The tights ensure an optimal fit and a sleek profile.
Features:
Material:
Nylon is a particularly fine synthetic fiber made from polyamide. It was invented by W.H. Carothers. Since the 1950s, it has become indispensable in the fashion world. No wonder, nylon is particularly easy to care for, durable, wrinkle-resistant, and dries quickly. This makes nylon the ideal material for both sporty and elegant garments.
Manufacturer:
Ariat was founded for a very simple reason: to provide elite equestrian athletes with the most technologically advanced riding boots. Today, Ariat is the world's leading brand for equestrian performance and equipment. From show jumping to eventing, Ariat boots form the foundation for world-class athletes, whether at work, riding, or competing. Ariat International, the market leader in Western and English riding footwear, also has an exclusive sponsorship agreement with the FEI. The American corporation has thus entered into a close and highly valuable partnership with the FEI.
Target group | Women |
Exact colour description | Blue |
Colour | Blue |
Riding trousers type | Knee breeches |
Material composition | 25% Spandex, 75% nylon |
Trouser size | W42/L26 |
Item number | 20403374 |
Manufacturer | Ariat |
Category | Riding breeches |
Manufacturer no. | 10021779 |
Release date | 4.4.2022 |
Colour | Blue |
Exact colour description | Blue |
Material composition | 25% Spandex, 75% nylon |
Target group | Women |
Riding trousers type | Knee breeches |
Trouser size | W42/L26 |
Clothing functions | Breathable |
CO₂-Emission | |
Climate contribution |