10 Best Fly Boots For Horses 2025 in the United States

The Harrison Howard Loose Fitting Fly Boots are designed to protect your horse's legs from flies and UV rays while ensuring comfort and ease of use. Made with breathable mesh, these boots provide ventilation and reduce the sense of restraint for the horse. The UV-protective material helps shield your horse from harmful sun rays, making them suitable for sunny conditions. However, the material's breathability may not be optimal in extremely hot climates, as mesh can still trap some heat.

The four touch fasteners make these boots easy to put on and take off, ensuring a secure fit. Additionally, the sewn-in nylon stays help the boots maintain their shape and stay upright, which enhances their durability and stability. The dense PVC fabric offers sturdy protection against stomping, an advantage for use in pasture settings where flies are common. Despite these benefits, the boots’ rigid structure might be less comfortable for some horses over extended periods.

Available in a variety of colors and sizes, these boots cater to different aesthetic preferences and horse sizes, though it's important to ensure proper sizing to avoid any fitting issues. These boots are a solid choice for horse owners looking for a combination of protection, durability, and ease of use.

The SHOOFLY Horse Leggins are a solid choice for horse owners looking for effective fly protection. Made from lightweight, breathable plastic mesh, these boots ensure good air circulation around your horse's legs, which helps prevent overheating and discomfort. The material used is durable, and the felt edge helps keep out wild oats, burrs, and foxtails, making maintenance easier.

These leggins are medium-sized, fitting well with dimensions of 14.5 inches in length, a 14.5-inch bottom circumference, and an 18.5-inch top circumference. The loose fit design is beneficial as it does not restrict blood flow or range of motion, which is critical for your horse’s comfort and well-being. The dual plastic sewn-in stays provide the boots with stability and prevent them from sagging. The heavy-duty Velcro closures are robust and easy to attach, ensuring the boots stay in place during use.

One of the standout features is that these leggins are chemical-free, reducing the need for potentially harmful treatments. As an added benefit, they help reduce stomping caused by flies, which can lead to hoof damage and leg fatigue. However, the plastic mesh material might not be as durable as other materials like leather or heavy-duty fabric, especially in rough terrains or with very active horses. Additionally, while the loose fit is generally positive, it might allow some small insects to get inside, which could be an issue for some horses.

The SHOOFLY Horse Leggins are designed to protect horses from flies and other pests while ensuring comfort and freedom of movement. Made from durable, lightweight, and breathable plastic mesh, these fly boots promote air circulation around the horse's legs, preventing heat buildup and ensuring breathability. The medium size (14.5" Length x 14.5" Circumference Bottom x 18.5" Circumference Top) should fit most horses comfortably.

The loose-fitting design, combined with felt edges, helps prevent the accumulation of wild oats, burrs, and foxtails, which can irritate the horse's legs. The boots feature patented dual plastic sewn-in stays that provide stability and prevent sagging, ensuring they remain in place during use. The heavy-duty Velcro closures are easy to attach and durable, providing a secure fit without restricting blood flow or movement.

One notable advantage is that these boots are chemical-free, reducing the need for potentially harmful sprays and helping minimize stomping behavior that can lead to hoof damage and leg fatigue. However, while the loose fit is beneficial for airflow and comfort, it may not provide as snug a protection as some tighter-fitting alternatives, potentially allowing small pests to get through. Additionally, some users might find the plastic material less durable over time compared to other materials.