Trinity Racing Can-Am Maverick X3 Exhaust System

Trinity Racing Exhaust Setup for Can-Am Maverick X3 Models

Introducing Trinity Racing Can-Am Maverick X3 Exhaust, Choice from Slip On or Full System.

Comes Coated Either Brushed, Black or Cerakote.Looking To increase Performance while lowering drag,

This is a fully Made in America System Tig Welded to perfection and created for all riders.

You Can Choose From The Slip on Version that is Exhaust Mufflers only or You Can Choose The Full System that Includes Mufflers and Mid and Head Pipes

Both Systems Come with Spark Arrestors, Mounting Brackets and Hardware and Trinity Name Plate.

Easy Install With Everything Needed Included ( See Install Tab for Video and Guides)

Tuners Are Recommend To Balance Out Cooler Temps And Increased Air Flow With This Exhaust. See More “HERE“

Features:

• Newly Designed Stage 5 System
• Designed specifically for the Maverick X3
• 304 brushed stainless steel mid & head pipes (If you Choose Full System)
• Dual aluminum mufflers brushed finish
• Fully Tig Welded
• 6061 Billet Muffler Clamps
• 6061 Billet Machined Exhaust Tips
• Oxygen sensor bung
• USFS approved spark arrestors
• Significant horsepower and torque gains
• 2 year warranty
• Made in the USA

Quite Core

This will Fit on All Stage 5 Kits to lower your DB levels. You will keep the same Lower tones and great sound you came to Love with Trinity but lower DB levels. Sold as a Pair

Contrast Cut Muffler Tips

These are machined in the U.S.A. from 6061 Billet aluminum, powder coated black, then machined for an awesome contrast look. These are Sold as a Pair

Trinity Racing has been offering products that create horsepower for the offroad industry since 1978. With 41 Years of incredible success our new sole focus is to manufacture top quality exhaust systems and complimentary components for the ATV and UTV industry.In our California based state of the art manufacturing facility which includes CNC Bending, Tig Welding, CNC Machining, Laser Cutting/Etching we have the ability to design, fabricate, machine, and test the best performing systems available.