Product Details

Engineered for an optimized women’s fit, especially around the calf area, the Stella Tech 3 Boot is packed with class-leading Tech family comfort and protective features, such as the one-piece injection foot shell for impact protection and the innovative buckle closure system for a highly personalized fit.

Construction;

Specially designed for an optimized women’s fit.
PU-reinforced microfiber upper for flexibility, abrasion resistance, water resistance and weight-saving. The main material ensures consistent fit and ease of maintenance.
The contoured shin plate is injected with high-modulus TPU for high levels of impact and abrasion resistance.
Medial boot side incorporates a TPU panel with specially designed sculpturing for maximum grip contact with bike and improved heat and abrasion resistance.
Instep and Achilles accordion flex zones are constructed for superior control and support.
Internal mesh textile lining for improved air circulation and comfort.
Ergonomic buckle system offers secure and highly personalized closure. All buckles are easily replaceable.
Buckle closure system incorporates polymer and fibreglass buckle arms and high-impact aluminium bridge closures for durability and weight-saving.
Specific rubber compound sole is seamlessly integrated into the base structure for superior durability, high-performing rubber grip patterning and feel. The sole is replaceable.

Protection;

STELLA TECH 3 boot is CE certified to EN 13634:2010
One-piece injected dual compound foot shell with co-injected hard toe protector and integrated steel shank. The shell is highly resistant to abrasion and impact, adding to the boot’s streamlining.

Key Feature;

Excellent flexion is provided by low profile medial and lateral pivot system to offer movement and support.
Extended microfiber gaiter helps seal out excessive water and dirt entry.
Soft poly-foam padding surrounds ankles and collar for long-lasting comfort, fit and additional shock absorption.
Removable anatomic footbed for comfort and support ensures even weight distribution.