Buy it now and receive it between 13 May and 15 May with UPS Express
Challenge Any Trail with the Saucony Peregrine 15 Shoes
Inspired by the fastest bird in the world, the Saucony Peregrine 15 is the perfect choice for technical trail running. With aggressive grip, revamped PWRRUN cushioning, and reinforced protection, these shoes will allow you to conquer the most demanding terrains with confidence.
- Surface: Trail
- Shoe Type: Neutral
- Usage: Training
- Weight: 277 g
- Drop: 4 mm (28/24 mm)
- Cushioning: PWRRUN + PWRRUN+ Insole
- Lug Length: 5 mm
Saucony Peregrine 15 Shoes: Grip and Protection for the Toughest Trails
The Saucony Peregrine 15 is designed for technical trail running, combining high-performance cushioning, an extreme grip sole, and exceptional protection. Whether on rocky, wet, or high-demand terrains, these shoes will provide you with the stability and confidence you need.
Enhanced Cushioning and Reactivity
Thanks to its revamped PWRRUN foam, the Peregrine 15 offers a greater sense of comfort and flexibility. Its PWRRUN+ insole adds extra softness and bounce, allowing you to enjoy a smooth run even on the roughest terrains.
Total Protection Against the Terrain
The Forefoot Rock Guard system acts as a shield against stones and obstacles, ensuring every step is safe and protected. This rock protection plate prevents unnecessary impacts without compromising the shoe's flexibility.
Reinforced and Adaptable Upper
The upper is crafted with a high-resistance mesh that provides durability and breathability. It also features strategic reinforcements in high-abrasion areas and a D-ring for gaiter compatibility, ideal for extreme conditions.
Exceptional Grip on Any Surface
The PWRTRAC sole has been redesigned with a new formula rubber that covers the entire base, ensuring superior traction on dry, wet, and slippery terrains. Its 5 mm lugs dig into the ground for a firm grip with every step.
A Step Towards Sustainability
Committed to the environment, the Saucony Peregrine 15 is a 100% vegan model and is made with recycled materials, reducing its ecological impact without compromising its performance.