CanAm Maverick High Clearance Rear A-Arms by SuperATV



  • $ 339.95

Free Shipping in the Lower 48 States

Can-Am Maverick High Clearance Rear A-Arms

    Why we make them?
    Who doesn't want extra clearance. SuperATV's Maverick High-Clearance Rear A-Arms take your machine to unmatched style and performance. With an additional 1.5" of added clearance, you'll clear obstacles that would once get you down. Backed by a lifetime warranty and featuring larger tubing, our unique dual bend design arms are carefully crafted to maintain factory steering geometry.

    What does that mean for you?
    Our precision engineered A-arms have no added wear and tear on important components, such as axles and bushings, to keep your wheel turning longer.

    Industry Leading Adjustability
    SuperATV Maverick A-arms feature the industry leading Adjustable Pivot Blocks. Unlike others, SuperATV arms allow you to custom tailor your ride to fit your individual riding needs. Add a lift, new shocks, or larger tires and eliminate premature tire wear, often caused from misalignment, and keep the ride quality you want.


    • Can-Am Maverick DPS : 2016-2018
    • Can-Am Maverick Standard : 2013-2016
    • Can-Am Maverick X MR : 2014-2017
    • Can-Am Maverick X RS : 2013-2015
    • Can-Am Maverick X RS-DPS : 2014-2015
    • Can-Am Maverick Max DPS : 2016
    • Can-Am Maverick Max Standard : 2014-2015
    • Can-Am Maverick Max X DS-DPS : 2014
    • Can-Am Maverick Max X RS : 2014-2015
    • Can-Am Maverick Max X RS-DPS : 2014-2015
    Will not fit any other Maverick models.


    • 1.5" additional clearance
    • Run up to 30" tires with no lift!
    • 1.25" DOM tubing - larger than OEM
    • Full adjustability
    • Includes high-clearance Radius arms
    • Radius arms include new bushings
    • Re-uses existing bushings for A-arms
    • Powder coated for added durability

    ⚠ California Proposition 65 Warning ⚠
    WARNING: This product may contain a chemical known to the State of California to cause cancer or birth defects or other reproductive harm.