SPIDI Traveler 3 Lady, the waterproof riding trousers designed to face winter climates, with attention to functionality and comfort.
Its thermal detachable liner (100 gr/sqm) and the direct ventilation intakes positioned on the upper front legs make SPIDI Traveler 3 Pants a perfect choice for travelers in search of comfortable pants to be used all year round; the highly breathable z-liner H2Out® construction guarantees transpiration in warmer conditions. Thanks to high-strength Poliester 1000 and removable Warrior Protectors on hips and knees, the pants comply with Class AA as per EN 17092-3:2020.
3 external pockets, long rear boots-ready zippers and lumbar adjustment grant maximum functionality, while 3M® reflective areas increase night visibility.
All the projects to create new SPIDI articles are designed and planned in Sarego (VI) in Italy. The experience acquired since 1977 is translated today into a highly rated, reliable product that reflects a policy based on competence and solidity. READ MOREThe experience of the world best riders converges here; the co-operation with the international research field, where we must thank the University of Hannover and the CNR (Consiglio Nazionale Ricerche) of Padova, for their incredible contribution in the safety field; unique technological innovations, since they have been developed in order to be used in the motorcycling field, such as the exclusive microporous waterproofwindproof- breathable H2Out membrane, a result of years of co-operation into research in Japan with Toray. The project, the result of a partnership with Toray, a Japanese manufacturer, started from a very precise - as well as ambitious - objective: to create a specific waterproof windproof breathable membrane, that is to say with such a microporosity as to guarantee maximum comfort, taking into account the specific use for the motorcyclists. The result today is a heavy duty lining for motorcyclists’ H2Out technical articles. A windproof, waterproof shield, which is at the same time breathable, light, flexible with micrometric thickness.
