Oxford Montreal 4.0 Dry2Dry™, black, S

The Oxford Montreal 4.0 textile jacket is designed for year-round motorcycle use. Thanks to its Dry2Dry™ climate membrane, it protects you from rain and wind, while the removable thermal liner adapts to the current temperature. Certified shoulder and elbow protectors ensure your safety. Wide adjustment options for the waist, sleeves and collar allow the jacket to be tailored to any figure. The jacket is suitable for riding on the road and in light terrain.

Protection in all weathers

The foundation of the jacket is an outer layer of 600D HD polyester. Underneath lies the Dry2Dry™ climate membrane, which, with a 10000mm water column and 20000g/m²/24h breathability, reliably protects against rain and wind without hindering sweat evaporation. For riding on cold days, the jacket is equipped with a removable thermal liner. In warm weather, you'll appreciate the system of six closable ventilation openings located on the chest, forearms, and back, which allow for effective airflow.

Safety features of the Montreal 4.0 jacket

Your safety is ensured by CE-certified shoulder and elbow protectors. These insertable protectors are made from a viscoelastic material that is flexible during normal movement but hardens on impact to absorb energy. The jacket can also be fitted with a back protector, for which a special pocket is prepared. Reflective elements increase visibility at dusk and at night. The jacket's construction uses hidden seams, which increase its resistance to abrasion in the event of a fall.

Adjustability and practical details

For maximum comfort, you can adjust the jacket to fit your figure. This is achieved with adjustable waist and sleeve widths using tightening straps. The collar can be adjusted to five different positions, which you'll appreciate on longer journeys. The jacket includes five outer pockets for securely storing documents or a phone. Using a short but sturdy YKK zip, you can easily connect the jacket to trousers from the Oxford Montreal 4.0 range to create a functional set.