Upgrade your SuperATV Heavy‑Duty Tie Rod Kit for Can‑Am Maverick X3 and gain precision steering you can depend on in extreme terrain. Built for serious off‑road enthusiasts, this tie rod kit replaces your stock linkage with a rock‑solid, race‑proven setup that handles big tires, hard hits, and relentless conditions without wobble or failure.
Why it matters: Stock tie rods on the Can‑Am Maverick X3 often wear out or bend under heavy use, leading to sloppy steering and downtime. This kit steps in with bullet‑proof construction so you can keep charging on.
Heavy‑Duty Construction:
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4130 Chromoly tie rod ends and swaged tie rods for max strength
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Oversized bearing surfaces deliver durability under load
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Pre‑installed boots on inner balls and sockets streamline install and protect components
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Adjustable on the fly so you dial your steering in and hit the trail faster
Fitment You Can Count On:
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Compatible with all Can‑Am Maverick X3 models (64" and 72" widths), from 2017 through 2022+.
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Designed as a direct replacement for OEM rack‑and‑pinion #709402021 (on applicable models)
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Ideal for upgraded tires, aggressive terrain, and high‑stress environments
Race‑Proven Performance:
Tested in top events like the King of the Hammers and the Mint 400, these tie rods prove themselves in the most brutal terrain imaginable—so you get reliability that matters.
Quick Installation & Smart Upgrade:
Stock‑length replacement means no major modifications—just bolt on, adjust alignment, and ride. The swaged design and misalignment bushings further increase durability without extra complexity.
Upgrade your Maverick X3 with confidence—get the strength, precision, and durability your machine deserves. Don’t let steering failure slow you down; scale your performance knowing your tie rods are ready for the long haul.
Warning: Installation of aftermarket components may affect machine operation; compatibility verification is required.
California Proposition 65 Warning: This product may contain chemicals known to the State of California to cause cancer or reproductive harm.
