Features

• Provides 2.2% increase in max power
• 2.1 lbs lighter than the stock GSX-R1000 muffler
• Designed and manufactured to extremely strict tolerances
• Unrivaled fit and finish
• Provides optimum airflow for improved performance
• Race-grade brushed stainless steel canister with Works finish
  • Satin / matte finish
  • Increased strength against fatigue
  • Uniform heat coloration
  • Increased scratch and stain resistance
• Carbon fiber exhaust tip and heat guard
• Stainless steel inlet pipe
• Designed to provide improved ground clearance when compared to the OEM setup
• Yoshimura signature sound

Works Finish

Description

Yoshimura has a long history of claiming championships on and off the track. With cutting-edge design and manufacturing technology combined with experiences gained from their sponsored racing efforts with Suzuki, Yoshimura has become the leading manufacturer of exhaust canisters and full racing systems. Their expansive R&D department is dedicated to developing the best parts manufactured from high-quality materials with extremely strict standards. This uncompromising attitude has brought them podium titles time after time. The Street Series AT2 Slip-On exhaust for the Suzuki GSX-R1000 is no exception to Yoshimura’s rules. This stainless steel slip-on features Yoshimura’s Works finish, meaning it has a treated satin finish that produces uniform heat coloration and increased durability against scratches, stains, or fatigue. The AT2 slip-on exhaust is the result of years of effort and brought to life by the most advanced technologies in manufacturing and racing efforts. It’s air flow has been optimized to provide maximum performance gains to the new 2017+ GSX-R1000 engine, giving you an extra 2.2% increase to max power compared to Suzuki’s stock setup. The canister’s aggressive design gives the bike more ground clearance while also being optimized for durability and easy service.

COUPON CODES NOT VALID FOR THIS ITEM

Emissions Compliance Declaration: Qualified manufacturer declared “replacement part”.