BMW K1600GT 2022-2025 Exhaust GPR Albus Evo4 Dual Slip On

The BMW K1600GT GPR Albus Evo4 Dual Slip On exhaust system delivers premium performance and style. This dual slip-on exhaust enhances the motorcycle's sound with a deep, throaty tone. The GPR Albus series features a white glossy ceramic-coated aluminum body with CNC-machined Avional caps. The exhaust system includes removable DB killers and EPA-compliant link pipes. The oval-shaped silencers produce an aggressive sound while maintaining legal noise levels. GPR's Italian craftsmanship ensures superior quality and durability for BMW K1600GT riders.

GPR Exhaust Information

• Silencer Type: Albus Evo4
• Product Category: Dual slip-on including removable db killers and link pipes
• Removable DB Killer Included: Yes
• Exhaust Type: Dual Slip On
• Silencer Shape: Oval
• Body Color: White glossy
• Endcaps silencer color: White glossy
• Catalyst: No
• EPA Compliance: Meets EPA emissions limit
• Two Year International Warranty: Included
• Construction: Hand-brushed 304 stainless steel with TIG welding
• European Homologation: Contact us more information on the homologation for this exhaust or if you need homologation papers
• Made in Italy: Premium Italian manufacturing

BMW K1600GT GPR Albus Evo4 Dual Slip On Exhaust Details

• Enhanced Sound Performance: Delivers a powerful throaty exhaust note that improves the motorcycle's acoustic presence while maintaining legal noise levels
• Professional Installation Ready: Complete kit includes specific link pipes and mounting brackets for seamless installation without structural modifications
• Premium Build Quality: Aluminum body construction with ceramic coating withstands high temperatures and ensures long-lasting performance
• Improved Performance: Advanced engineering increases engine efficiency and power output compared to stock exhaust
• Easy Maintenance Design: Removable DB killers allow for simple cleaning and sound adjustment
• World Championship Heritage: Developed using GPR's extensive racing experience for optimal performance and reliability