Description

Dillinger Grips combine a narrow profile with ribbed EPDM rubber for aggressive grip, commanding control and a soft, vibration-dampening foundation to combat hand and forearm fatigue.

• Durable ribbed EPDM rubber provides comfortable grip, vibration dampening, and will not hard, crack or wear over time
• Features aluminum collars and removable end caps for use/installation of bar-end mirrors, turn signals or weights
• Fitment available for dual-cable and electronic throttle Harley-Davidson models

Enhance your Harley-Davidson with the Kuryakyn Dillinger Grips, Part #6675, designed for throttle-by-wire systems. These grips feature a narrow profile combined with ribbed EPDM rubber for an aggressive grip and superior control. The textured rubber provides comfort, vibration dampening, and durability, ensuring they won’t harden, crack, or wear over time, even after extended use. Crafted with aluminum collars and removable end caps, these grips offer versatile installation options for bar-end mirrors, turn signals, or weights, making customization straightforward and secure. They are compatible with both dual-cable and electronic throttle Harley-Davidson models, providing a precise fit for a range of bikes. The ergonomic design and high-quality materials help reduce hand and forearm fatigue, especially during long rides, enhancing rider comfort and control. Whether you’re upgrading your existing setup or customizing your bike, these grips deliver a blend of durability, style, and functionality. Trust Kuryakyn’s reputation in powersports to provide you with reliable accessories that meet the demands of avid riders and enthusiasts alike.

Features:

• Narrow profile design for a sleek look and precise handling

• Ribbed EPDM rubber for aggressive grip and vibration dampening

• Durable rubber construction resists hardening, cracking, and wear over time

• Aluminum collars and removable end caps allow for easy installation and customization

• Compatible with dual-cable and electronic throttle Harley-Davidson models