Peaty's Monarch Knurl Thin slate handlebar grips (Monarch Knurl Thin)

Peaty's Monarch Knurl Thin slate handlebar grips are designed for demanding cyclists who expect a secure grip and durability while riding MTB. The use of a twistable construction and an optimised ergonomic shape ensures precise control over the handlebars even on the most challenging trails.

Durable Construction and Ergonomics

The Peaty's PGM-KNL-THN-SLT-1 model features a twistable mounting system that guarantees the stability of the grips on the handlebars and prevents them from accidentally rotating during rides on rough terrain. The ergonomic shape optimises hand positioning, reducing fatigue and improving comfort during long rides. The durable material chosen for production increases resistance to intensive use and everyday application in MTB bikes.

Environmentally Friendly Materials

The grips are made from recycled rubber, which helps to minimise the negative impact on the natural environment. This material retains high elasticity and grip while conforming to sustainable production standards. The choice of recycled components highlights the brand's commitment to ecological responsibility.

Designed for MTB Riding

The Monarch Knurl Thin slate grips are dedicated to MTB cyclists seeking effective solutions for dynamic riding on varied trails. The model is designed for precise steering, utilising the properties of the twistable construction and appropriate hardness of the rubber. Thanks to these technical solutions, the product performs excellently in both aggressive riding and daily use.

Peaty's Monarch Knurl Thin slate handlebar grips - features:

• Twistable construction ensuring stability and safety of installation;
• Ergonomic shape reducing hand fatigue during long rides;
• Use of recycled rubber for environmental care;
• Durable material resistant to intensive use in MTB;
• Perfect fit for mountain bikes of the MTB type;
• Secure grip even on challenging terrain;
• Optimised material elasticity for better grip;
• Twistable grip technology reducing the risk of rotation;
• Ecological production from recycled materials;
• Design tailored for dynamic and aggressive riding.