ARROW Racing Manifold for Honda CBR600RR 2009-12, without catalyst

Product details

ARROW manifold (without catalyst), made of stainless steel.
For Honda CBR600RR, type PC40, model year 2009-12
In conjunction with AR-71391MI link pipe and AR-71712 silencer
ATTENTION: Original lambda sensor cannot be used - an AR-11018ME connector pair is required!

General description

Passion for great sound and a wide range of models – that's what Arrow stands for. With extensive expertise gained through years of data collection and collaboration with racers from MotoGP, WSBK, and other classes, Arrow exhaust systems are continuously developed and optimised, keeping pace with technological advancements and current trends.

Collectors and tubes are key to optimal exhaust gas routing and the intended power, performance development. CNC-machined components and welds that do not reduce the internal diameter contribute significantly to this. Thus, the diameter of the tubes, bending radii, welds and their exact placement and execution, as well as the guide of the manifold pipes, are optimally adapted to each bike. Depending on the engine and firing order, the optimal layout of the manifold, connection pieces, and link pipes up to the silencers is developed through countless dyno runs.

Arrow manifolds are manufactured from a special steel alloy (racing versions also from high-quality, lightweight titanium). V2A steel is highly temperature-resistant and can be mechanically formed very well. It has high resistance to humidity, water, and weak alkalis, as used in motorcycle care products. Due to its lower weight, the titanium manifold version is used in racing.

For legal operation, a version with an integrated catalyst is also available for many motorcycles. Retrofit catalysts for exhaust gas purification are also part of the range.

Features:
- Manufactured from stainless steel or titanium (0.8 mm wall thickness)
- Flow-optimised
- Optimal power, performance development in conjunction with various silencer variants
- Available for numerous models