Keen Targhee Apex WP Womens Abbey Stone Birch

The KEEN.ReGENX is built for those who demand high-performance stability without sacrificing the freedom of natural movement. Designed to tackle unpredictable landscapes, this shoe combines a rugged protective shield with an innovative energy-return system to keep you moving longer and further.

Adaptive Comfort & Fit
Original Fit: Designed with a generous forefoot, this shoe allows your toes to splay naturally, reducing fatigue and improving balance on uneven ground.

Responsive Energy Return: The KEEN.ReGENX foam is compression-resistant and provides nearly 70% energy return, acting like a spring with every step to keep your stride light and bouncy.

Anatomical Support: A contoured arch supports the midfoot, while a stability shank provides lightweight structural integrity, preventing the shoe from twisting on rocky terrain.

Trail-Ready Protection
KEEN.DRY Waterproofing: A specialised breathable membrane seals out external moisture while allowing internal vapour to escape, keeping your feet dry during creek crossings or rain showers.

TERRAIN SHIELD & Stability: The midsole is wrapped in a protective shield that offers lateral stability and guards against abrasions from sharp rocks and debris.

Eco-Conscious Durability: The performance mesh upper is treated with a PFAS-free water repellent, offering the same "forever chemical" performance without the environmental impact.

Superior All-Terrain Grip
The KEEN.ALL-TERRAIN rubber outsole features a non-marking, multi-directional lug pattern. This provides aggressive traction and high friction, whether you are ascending a muddy slope or navigating a slick rock face.

Care Instructions
To maintain the integrity of the waterproof membrane and performance mesh:

Routine Cleaning: Gently brush the surface with a soft, damp sponge to remove loose dirt.

Stain Treatment: Treat stains immediately with a gentle cleaner to prevent them from setting into the technical fibres.

Drying: Always allow the shoes to air dry away from direct heat sources to preserve the foam and rubber components.