NOVEL Racing Japan Full Headerback Exhaust System for Lexus RC F (Exhaust Manifold / Center Pipe / Valved Rear Twin Muffler)

NOVEL Racing Japan Full Headerback Exhaust System for Lexus RC F (Exhaust Manifold / Center Pipe / Valved Rear Twin Muffler) performance upgrade part

Designed around the 2UR-GSE found in Lexus F models, this full headerback system focuses on improving horsepower, torque, and engine response while refining the exhaust note into NOVEL’s signature high-pitched sound. Equal length exhaust manifolds and careful fabrication support a precise fit and consistent performance under operation.

SKU: KITNOV-RCF-011. Built and finished in Japan, the system integrates an electronically controlled exhaust valve so you can select a comfortable volume or open the valves for the full range of sound with a switch.

Key Benefits

• Handmade and hand welded in Japan by only two specially trained artisans.
• Constructed from Japanese 304 stainless steel for long-term corrosion resistance.
• Electronically controlled exhaust valve system lets you adjust exhaust volume on demand.
• Equal length exhaust manifolds support improved horsepower, torque, and engine response.
• Individually attached runners aid precise installation and consistent alignment during assembly.
• Non-welded merge collector and runners allow more accurate fit and movement.
• Complete headerback layout runs from headers through center pipe to rear twin muffler.

Notes

• Includes all necessary hardware for installation; OEM hardware is utilized during installation.
• Professional installation is always recommended.
• Merge collector and runners are not welded; spot welding the pieces is optional.
• For off road racing use only.

This system is intended for drivers who want a cohesive exhaust solution from the manifold forward to the rear muffler, with craftsmanship-focused construction and adjustable sound control. The combination of equal length headers and valved rear section supports both performance-oriented driving and a more restrained mode when desired.