Our renowned range of fly rugs have been carefully engineered to provide an exceptional balance of effective fly protection and extensive breathability.
The Combo Mesh Air Fly Rug is crafted from a durable and lightweight sports mesh fabric. The airy construction features small holes to allow for adequate airflow and high breathability whilst preventing the access of biting insects such as flies, horseflies, and mosquitoes. Deep-cut by design, this combo fly rug features an extra-high patented elasticated shoulder gusset, providing greater freedom of movement in the field.
To maximise coverage, an extended integrated neck cover provides protection even whilst the horse is grazing. Designed with meticulous attention to detail, the neckline is cut to fall comfortably in front of the shoulder. Innovations abound with our deep cut design, featuring a seamless rug that wraps snugly around the horse, held in place by low-cross surcingles. This thoughtfully engineered design ensures complete relief from pressure on the spine, prioritising comfort. You can experience worry-free rugging as we have mastered the art of self-righting rugs, allowing the horse to move freely without the rug slipping.
The strategically placed chest clip closures, surcingle bars and hardware are expertly crafted from high-quality stainless steel for long-lasting functionality. The neck cover features four double-locking Velcro closures for added security. This fly rug is lined over the mane, wither, and the shoulder, with antibacterial and anti-static polyester, enhancing hygiene and comfort, promoting good coat health, and reducing the risk of rubbing.
This fly rug features a lengthened, super-sized tail flap, providing sustained protection and resisting wind-lift. Approximately 70% UV reflective, this fly rug is ideal for protecting your horse from flies and insects during warmer weather. As a final touch, this fly rug includes an essential clip-on PVC coated tail strap, protected by an easy-clean coating to preserve the tail strap’s durability over time.
