Akrapovic Slip-On Line Titanium Slip-On Muffler - S-K10SO29-ASZTBL

The Akrapovic Slip-On Line muffler represents the first step in exhaust system tuning, delivering an optimized balance of performance and value. Upgrade your motorcycle with this easy-to-install slip-on muffler and experience the renowned Akrapovic sound.

Description

This Akrapovic slip-on muffler enhances your bike's performance by increasing power and torque while reducing weight. The unique Akrapovic sound adds an aggressive edge to your ride. Constructed with a titanium muffler sleeve and end cap, this muffler not only looks great but also provides exceptional durability and heat resistance. The performance-oriented catalytic converter ensures that you get the sound and performance upgrades you expect, while also reducing harmful emissions. The honeycomb metal structure incorporates precious metals like palladium, rhodium, and platinum to convert carbon monoxide and unburned hydrocarbons into non-toxic carbon dioxide and water vapor. Upgrade your motorcycle's exhaust system with the Akrapovic Slip-On Line for a noticeable improvement in both performance and sound.

Features & highlights

• Experience increased power and torque for enhanced performance.
• Enjoy a significant weight reduction compared to stock mufflers.
• The unique Akrapovic sound provides an aggressive and distinctive tone.
• Easy to install, making it a straightforward upgrade for any rider.
• Constructed from high-quality titanium for superior durability and heat resistance.
• Performance-oriented catalytic converter reduces harmful emissions.

Technical specifications

• Brand: Akrapovic
• Product Name: Muffler
• Type: Slip-On
• Muffler Material: Titanium
• Muffler Color/Finish: Black
• End Cap Material: Titanium
• End Cap Color/Finish: Silver
• End Cap Style: Slash-Down
• Mounting Position: Right
• Weight: 3.3 lb (1.50 kg)

Important to know

• Headers and link pipes are sold separately.
• Carbon fiber muffler brackets and heat shields are available separately for some models.