Arrow Full Titanium Full System CBR1000RR 20-24 With Works Silencer and Carbon End Cap 71212ptz

Arrow's 71212PTZ Competition EVO-2 Full Exhaust System, Full Titanium with Carbon End Cap is made specifically for Honda CBR1000RR-R (2020-current).

Competition exhausts are designed and developed specially for bikes and engines tuned for races, on the basis of the experience made in track races all over the World: these exhausts are a direct evolution of the ones used in SBK and SS bikes.

Competition exhausts are made with the deepest attention to details, they ensure to exploit with the best possible efficiency engines tuned for races: bigger sections, section changes finely designed and shaped, special silencers, top-quality materials.

These exhausts are welded manually (TIG process) and are available in a "full titanium" version or with collectors and manifolds in stainless steel and silencer and link pipe in titanium. In all cases a built-in sensor plug is available, to be able to check ECU settings and make necessary modifications if needed. The sections of the various silencers available give the best performance and the best compromise between performance, dimensions and noise (noise must meet race rules limits).

Style is completed with the carbon endcap and the silencer, depending on application, can be fitted with a removable baffle. Competition exhausts are the top-level exhausts in the market, for style, technology and performance.

PISTA is Arrow's latest exhaust dedicated to the most powerful sportsbikes. With its aggressive design and extreme performance, the Arrow Pista is crafted from the finest materials to create the latest 'must have' addition for your motorcycle.

Dedicated to the racing world and to those who are ready to take the racing line without compromise

• Silencer made with titanium alloy body
• End cap in carbon fibre with t-will weave
• Volumes and dimensions designed for installation on superbikes
• New concept thermo-sound-absorbing material
• Heel guard and heat shield in carbon fibre with t-will weave