Arrow Racing Exhaust Collector for Yamaha XSR900/Tracer / MT-09 2013-2024 71620MI

Coming soon
SKU: 71620mi Barcode: 8019799073678
Pre-order Regular price $635.40 USD
Regular price Sale $706.00 USD Sale price $635.40 USD

When you order  PRE-ORDER it  means that you can purchase it before the official release date and then, you just wait for the shipping Usually pre-orders takes from 1-6 weeks depending the brand and the product. 

Pre-orders can cancel ONLY in  3 days from the day you pay ,after that we cannot cancel and refund your order so please make sure you can wait for it.

If you have any questions about pre-ordering, please contact us and we will be happy to help.

Arrow's 71620MI Racing Exhaust Collector is made specifically for Yamaha XSR900, MT-09 (2013-current).

3:1 Stainless Steel Collectors For Arrow Silencers

Collectors and pipes are a most important component of an exhaust system, making it possible to reach very important gains in terms of power and torque. Made in AISI 304 stainless steel and, for competition Full Titanium systems, in titanium, Arrow collectors design comes from the experience gained and the results achieved in years of races at all levels, with the un-replaceable "touch" of the master mechanics working in the R&D: diameters, sections, bends, section changes weldings and layout are carefully designed and developed on the bike to create a product with high performance, durable, reliable and with the unique Arrow style. 

Depending on engine configuration and its spark timing, the layout can be really different as it’s needed to adapt it to changing needs: that’s why we speak about different schemes like 4:2:1, 4:2:2, 2:1:2, 4:2:1:2 and so on. To follow one scheme or another is a most important decision, to be taken at the very start of the project, and it will influence all the other steps. 

To avoid unnecessary drag on the flow of exhaust gases, all junctions and connections are made using CNC-machined parts. For the same reason, all welds need to be perfectly made and non-invasive, avoiding any section reduction for the flow of gases.