HKS 31012-BA001 Universal Carbon Ti Muffler 170mm Shell 75mm Inlet 120mm Tip

Vehicle Fitment

• Universal fitment; not specific to any particular vehicle make, model, year, or trim

Features

• Constructed with high-quality carbon fiber and titanium materials
• 170mm shell diameter for a robust and lightweight design
• 75mm piping diameter (approximately 3 inches) for optimal exhaust flow
• 120mm polished stainless steel tip with a burnt blue finish
• Straight-through design for minimal exhaust restriction
• Includes a polished stainless steel mounting bracket for custom installation
• Suitable for both turbocharged and naturally aspirated applications
• Inspired by HKS's Hi-Power exhaust systems used in racing applications

Specifications

• Shell Diameter: 170mm
• Piping Diameter: 75mm (3 inches)
• Tip Diameter: 120mm
• Overall Length: 380mm
• Material: Carbon fiber shell with titanium tip
• Finish: Polished stainless steel mounting bracket
• Mounting Bracket: Includes polished stainless steel bracket for welding
• Design: Straight-through, offset inlet

Included Components

• 1x HKS 31012-BA001 Universal Carbon Ti Muffler
• 1x Polished stainless steel mounting bracket

Product Description

The HKS 31012-BA001 Universal Carbon Ti Muffler is engineered for enthusiasts seeking to build a custom exhaust system with high-performance components. Inspired by HKS's Hi-Power exhaust systems used in racing applications, this muffler combines a carbon fiber shell with a titanium tip to deliver both durability and a distinctive aesthetic. The straight-through design ensures minimal exhaust restriction, enhancing engine performance and throttle response.

With a 75mm inlet and 120mm tip, this muffler is suitable for a wide range of custom applications, whether you're upgrading a turbocharged or naturally aspirated vehicle. The included polished stainless steel mounting bracket allows for easy integration into your custom exhaust setup. Please note that professional installation is recommended to ensure proper fitment and performance.