30% lighter anti-perforation insert using aramid fibres and HT polyester, with certified protection to EN ISO 20345:2022.

Lightweight composite toe cap made from advanced fibre materials, providing high-impact resistance while reducing weight compared to steel alternatives.

SRC-rated for slip resistance on ceramic and steel surfaces, ensuring grip in wet and oily environments.

Enhanced stability system that extends support to both heel and midfoot, improving control and reducing strain in more demanding environments.

Integrated stability system that supports the heel and controls foot movement, improving balance and reducing strain during prolonged wear.

Designed to protect against electrical discharge by helping control and safely dissipate energy. Ideal for environments where managing static or electrical hazards is essential for safety and equipment protection.

Certified insole system designed to allow orthopaedic insoles to be used in safety footwear without compromising certification. Developed in line with DGUV 112-191 standards, it ensures that customised or specialist insoles maintain the shoe’s original safety performance while improving comfort and support.

Integrated airflow system that enhances ventilation inside the shoe, helping keep feet dry and comfortable throughout the day.

Dual-layer microfibre construction combining durability and flexibility, offering a lightweight, breathable alternative to traditional leather.

The Vibram® “FIRE & ICE” compound has been formulated for extreme uses while maintaining its performance features within considerable temperature limits (from -20° C to + 300° C). This formulation can be used in all external conditions where resistance to fire / heat and a good grip must be maintained together with the expected anti-static and HRO values, even in very cold climatic conditions.

‍

Waterproof membrane technology that seals the upper to prevent water entry, while remaining breathable for all-day comfort in wet conditions.