Onedesign Tank Grip - Black - HDR223

Enhance your riding experience with the Onedesign Tank Grip, designed specifically for Suzuki motorcycles. This tank grip provides a superior rubberized feel, allowing for easy positioning and increased control while protecting your tank from scratches. Upgrade your bike with this essential accessory for improved handling and comfort.

Description

The Onedesign Tank Grip is crafted from high-quality black resin, ensuring durability and a sleek aesthetic that complements your Suzuki. The rubberized texture offers excellent grip, providing enhanced control during acceleration, braking, and cornering. Say goodbye to unwanted slipping and sliding, and enjoy a more confident and stable ride. The tank pad is designed for easy installation and precise positioning, safeguarding your fuel tank from scratches and wear. This set is an essential upgrade for any Suzuki rider looking to improve their bike's performance and appearance. The Tank Grip's unique design allows for a comfortable and secure feel, boosting rider confidence and overall enjoyment on the road or track. Made with high-grade materials, it is built to withstand the rigors of daily use and harsh weather conditions.

Features & highlights

• Provides a superior rubberized feel for enhanced grip.
• Enables easy positioning for optimal comfort and control.
• Protects your fuel tank from scratches and wear.
• Increases control during acceleration, braking, and cornering.
• Enhances riding comfort and stability.
• Sleek black resin construction complements your Suzuki's aesthetics.
• Easy to install for immediate improvement in handling.

Technical specifications

• Brand: ONEDESIGN
• Product Name: Tank Pad
• Type: Tank
• Material: Resin
• Base Color: Black
• Color/Finish: Black
• For Make: Suzuki
• Units: Set
• Vendor Part Number: HDR223

Important to know

This tank grip set is designed specifically for Suzuki motorcycles. Ensure compatibility with your model before installation. Professional installation is recommended for optimal fit and performance.