All Weather Piper Ghillie Brogue
The all-weather piper ghillie brogue is designed for serious pipers, featuring a durable waxy leather upper for wet weather protection, a heavy cleated rubber sole for superior grip, and a traditional hand-screwed steel quarter tip for authenticity and longevity. A full leather liner ensures breathability, while extra padding around the heel and ankle provides exceptional comfort for long hours of wear. Developed in collaboration with world-class pipers, this brogue delivers the perfect blend of support, durability, and all-weather performance.
Unstoppable Traction
Crafted with a premium waxy leather upper, this the all-weather piper ghillie brogue blends classic design with water resistance, making it both stylish and practical for any occasion. Perfect for enduring wet conditions without compromising on comfort or style.
Comfort Fitting
We know comfort is key, especially in footwear. The all weather piper ghillie brogue has a leather-lined interior with padding around the ankle, heel, and top line. This design keeps your feet cushioned and supported, even for those long marches.
Built to Last
The all weather piper ghillie brogue is designed for endurance, combining rugged construction with timeless style. Built to withstand the toughest conditions, these brogues offer long-lasting quality, ensuring they remain a reliable and stylish choice for years to come.
Embracing Tradition in Modern Times
The all-weather piper ghillie brogue combines traditional craftsmanship with a modern twist. Traditional open-laced design and the absence of a tongue for enhanced flexibility, this shoe ensures a comfortable fit for any occasion. The addition of a steel quarter tip in the heel boosts durability, making it ideal for Highland dress events, ceilidh dancing, or everyday wear. A timeless choice that blends Scottish heritage with all-weather performance.
If you prefer the less rugged look rather than the commando sole of the all-weather piper ghillie brogue then have a look at the Standard Piper
