Description

Multi-piece construction with contrasting textured and smooth finishes combined with a unique pass-through design offering an aggressive look and feel

• Raised features on the top surface provide traction, while the use of sturdy steel splined adapters allow precise peg angle adjustability
• Cast from high-quality aluminum

Upgrade your powersports bike with the Kuryakyn Dillinger Pegs, part number 6659. These high-quality pegs feature a multi-piece construction with contrasting textured and smooth finishes that create an aggressive look and feel. Their unique pass-through design not only enhances visual appeal but also provides a secure footing for riders seeking both style and functionality. Crafted from durable aluminum, these pegs are built to withstand the rigors of off-road and street riding environments. The raised top surface offers added traction, ensuring your feet stay firmly in place during spirited rides. Sturdy steel splined adapters allow precise peg angle adjustability, giving riders the flexibility to customize their riding position for maximum comfort and control. Whether you’re customizing your motorcycle or replacing worn-out foot pegs, these Kuryakyn Dillinger Pegs deliver a combination of durability, style, and performance that meets the demands of serious riders. Please note these pegs are non-CARB compliant and are not approved by the California Air Resources Board, making them suitable for many regions outside California’s stricter emissions standards. Designed with a sleek black finish, these pegs seamlessly integrate into a variety of motorcycle styles, adding both aesthetic appeal and practical functionality to your ride.

Features:

• Multi-piece construction with contrasting textured and smooth finishes for an aggressive look

• Pass-through design offers a unique aesthetic and secure footing

• Raised features on the top surface provide enhanced traction

• Steel splined adapters allow for precise peg angle adjustability

• Cast from high-quality aluminum for durability and lightweight performance