EXHAUST EVO TITANIUM CRF450R/4

Beskrivning av EXHAUST EVO TITANIUM CRF450R/4

Evolution Line Exhaust System

Tailor-made to fit the limited space available within the motorcycle, this system combines performance and durability for extreme conditions and the rigors of off-road racing

Constructed from lightweight, high-grade, premium titanium alloys, with different thickness in the sections to ensure perfect protection and to reduce overall weight, the system is 26.5% lighter than the stock exhaust

Profiled surface influences the sound to meet the FIM noise limits for competition, and it adds strength and durability to the muffler while delivering a deep, full sound that embraces the balanced pulse of the single-cylinder engine

Muffler is the largest possible for the space available, this allows increased sound silencing, which mitigates the impact on the natural environment while also facilitating improved flow for the exhaust gases to make their way from the combustion chamber with as few restrictions as possible

Added strength created by the design aids durability and provides enhanced resilience in the most demanding conditions

Offers a heightened response through the entire rev range and an optimum feeling when the throttle is opened, giving the rider great appreciation of control

Power and torque levels have been increased with an extra 1.8 kW (2.5 HP) at 10300 rpm and 1.5 Nm at 7900 rpm being recorded on the in-house dyno in back-to-back tests with a standard stock exhaust system

Evolution Line (Titanium) exhaust has a special technique for imprinting the logo on the surface for greater durability and a titanium header with an integrated resonance chamber for optimum performance and sound, which is covered with a newly designed titanium heat shield

Simple plug-and-play operation to install, with no remapping needed

For closed course competition use only, not intended for street use.

Type	Race
Brand	AKRAPOVIC
Model	Evolution
Units	Each
Material	Titanium
Product name	Exhaust System
Vendor part number	S-H4E1-FDHLT