Ciro CMX Aluminium Rider Footpegs - Male Mount - Chrome - 61006

Experience superior grip and comfort with the Ciro CMX Foot Pegs. Designed for motorcycle enthusiasts who demand both performance and style, these foot pegs provide an enhanced riding experience on any terrain. Upgrade your bike with these high-quality, durable, and stylish foot pegs.

Description

The Ciro CMX Foot Pegs embody the moto-x tradition of performance and function. Precision-crafted and manufactured to offer aggressive looks, exceptional comfort, and a secure feel, these foot pegs are a significant upgrade over stock. The aluminum peg body, combined with CMX rubber, ensures optimal grip in all conditions while minimizing vibration and foot fatigue. The chrome and black finish adds a touch of style to your motorcycle, enhancing its overall aesthetic. Easy to install with a male mount design, these foot pegs are compatible with a wide range of motorcycles, offering a perfect blend of form and function. Whether you're cruising down the highway or tackling challenging trails, the Ciro CMX Foot Pegs provide the confidence and control you need. Sold as a pair, these pegs are designed for both front and rear mounting positions.

Features & highlights

• Enhance your bike's style with the aggressive look of CMX foot pegs.
• Experience superior comfort and reduced fatigue with the CMX rubber design.
• Enjoy optimal grip in all riding conditions thanks to the advanced rubber compound.
• Benefit from the durability and lightweight performance of the aluminum construction.
• Achieve a secure and confident feel with the precisely engineered design.

Technical specifications

• Brand: Ciro
• Product Name: Foot Pegs
• Material: Aluminum, Rubber
• Finish: Chrome, Black
• Mounting Position: Left, Right, Front, Rear
• Mounting Style: Male Mount
• Units: Pair

Important to know

Ensure compatibility with your motorcycle's mounting system before purchase. These foot pegs are designed for male mount applications. Professional installation is recommended for optimal performance.