Yamaha Tracer 7 GT 2020-2024 Exhaust GPR Deeptone Inox Full System

The Yamaha Tracer 7 GT GPR Deeptone Inox Full System exhaust delivers superior performance and sound. This full system exhaust enhances motorcycle power output with premium Italian craftsmanship. The Deeptone Inox silencer features brushed stainless steel construction with TIG welding. The system includes a removable DB killer for sound customization. GPR's lateral mounting design ensures perfect fitment on the Yamaha Tracer 7 GT.

GPR Exhaust Information

• Silencer Type: Deeptone Inox
• Product Category: Full system exhaust including removable db killer
• Removable DB Killer Included: Yes
• Exhaust Type: Full System
• Silencer Shape: Round
• Body Color: Brushed Stainless steel
• Endcaps silencer color: Brushed Stainless steel
• Catalyst: No
• EPA Compliance: Not compliant to certifications EPA/CARB
• Two Year International Warranty: Included
• Construction: Hand-brushed 304 stainless steel with TIG welding
• European Homologation: Contact us more information on this exhaust or if you need homologation papers
• Made in Italy: Premium Italian manufacturing

Yamaha Tracer 7 GT GPR Deeptone Inox Full System Details

• Enhanced Performance: Advanced engineering increases power output and throttle response compared to stock systems
• Premium Sound Quality: Deep, rich exhaust note delivers an aggressive tone while maintaining comfortable sound levels with DB killer installed
• Professional Installation Ready: Complete kit includes all mounting hardware and specific stainless steel manifolds for proper fitment
• Customizable Sound Options: Removable DB killer allows sound adjustment for track use while maintaining street-legal compliance when installed
• Superior Build Quality: Hand-crafted in Italy using premium 304 stainless steel and TIG welding for lasting durability
• Easy Maintenance: Plug-and-play design allows for straightforward installation by certified mechanics
• Racing Heritage: Developed from GPR's World Championship racing experience for optimal performance