Stay warm and dry in the harshest weather with the new Equetech Inferno Heated Waterproof Over Breeches. Designed for riders who refuse to let the elements get in the way of exercising and training their horses, these innovative over breeches provide the ultimate protection against wind, rain, and cold. Whether hacking out, competing, or working around the yard, the Inferno Over Breeches ensure you stay comfortable, dry and warm.
Built-in heating panels are strategically placed along the thighs, targeting the areas most prone to the cold. With adjustable heat settings, riders can control the level of warmth depending on the temperature, ensuring optimal comfort throughout their ride.
Constructed from a durable, waterproof, and windproof outer shell, these over breeches will keep you completely dry, even in heavy rain. No more soggy thighs or freezing winds cutting through your layers—just warm, dry comfort all day long.
Their lightweight yet insulated design allows for complete freedom of movement, whether in the saddle or on the ground. The easy-to-wear over-trouser style means you can slip them over your jodhpurs or breeches effortlessly, making them a must-have extra layer for winter riding and for those who suffer from the cold.
Say goodbye to the discomfort of cold, wet riding conditions and hello to the Equetech Inferno Heated Waterproof Over Breeches, which provide unbeatable comfort, keeping you focused on your ride—not the weather.
The heat settings give riders between 2 and 6 hours of consistent heat, thanks to the a2.1a / 5,000mah USB power bank, which offers a long-lasting and reliable heat source. Power banks are sold separately, or you can use your own (needs to be 2.1a / 5,000mah USB)
100% Polyester. Machine washable.
XS - under 5'2 / Under 157cm
S - 5'3 - 5'5 / 160-165cm
M - 5'6 - 5'8 / 167-173cm
L - 5'9 - 5'11 / 175-180cm
XL - 6'0 + / 183cm +
Disclaimer: We only advise using the battery specified as it is compatible with this product. Using a battery with a higher voltage voids warranty and could cause irreversible damage, safety malfunction, overheating and fire risk.