Women's cycling gloves Rogelli Laval Mid Season LW Windproof black (010-661)

Rogelli Laval Mid Season LW Windproof black women's cycling gloves provide effective wind protection and enhance riding comfort on cooler days. The thoughtful design with long fingers and the use of technical materials ensure a secure grip on the handlebars and comfort during every MTB training session.

Windproof protection while riding

The Rogelli Laval Mid Season LW Windproof W features a material with proven windproof properties, significantly reducing heat loss during demanding rides in adverse conditions. This wind barrier helps maintain thermal comfort even during intense effort. The gloves perform excellently in the cooler periods of the transitional season.

Technical polyester material

The entire surface of the gloves is made from polyester, which is durable and efficiently wicks moisture away during rides. The structure of the polyester fibres allows for quick sweat evaporation, keeping the skin of the hands dry even during intense exertion. The insulation improves thermal retention and increases comfort when temperatures drop.

Reflective elements and ergonomics

Reflective elements integrated into the design increase the cyclist’s visibility after dark and in challenging weather conditions. The five-finger design and extended cut ensure a secure grip and full freedom of hand movement. The ergonomic fit improves comfort without limiting precision when manoeuvring on MTB trails.

Rogelli Laval Mid Season LW Windproof black women's cycling gloves - features:

• Windproof main material protecting against heat loss while riding;
• Made 100% from highly breathable technical polyester;
• Long, five-finger design enhancing grip on rough terrain;
• Insulation increasing thermal comfort on cooler days;
• Reflective elements on the surface improving visibility after dark;
• Ergonomic shape ensuring a fit tailored to the female hand;
• Model designed for MTB cycling in transitional seasons;
• Construction supporting confidence and precision in manoeuvring;
• Comfortable inner layer eliminating the feeling of cold;
• Technical material properties facilitating moisture wicking.