User-friendly Can-am Commander Swiftrac Front Differential Perfect For Gifting [EgwmZ2pW]

User-friendly Can-am Commander Swiftrac Front Differential Perfect For Gifting [EgwmZ2pW]

Elevate your Can-Am Commander's performance with the SwifTrac Front Differential, a game-changer for off-road enthusiasts. This locking front differential offers instant traction, providing you with more power to the ground and eliminating the frustration of spinning tires when you get stuck. Say goodbye to the delays of traditional systems with SwifTrac's immediate engagement, ensuring you maintain momentum and navigate trails with ease. The complete front differential assembly comes fully assembled, making installation a breeze.

SwifTrac Differential: The Ultimate Upgrade

The SwifTrac differential is designed to replace Can-Am's stock Visco-Lok differential, offering a significant upgrade in performance. Unlike Visco-Lok, which requires wheels to spin a full rotation before locking, SwifTrac uses a Sprague carrier to engage and disengage the diff lock automatically. This means instant traction as soon as it's needed, without any wind-up or delay. With features like a complete front differential assembly, including gears, hubs, bearings, seals, and hardware, SwifTrac is built to last. The use of high-quality materials like chromoly steel gears and hardened 7075 aluminum ensures top-notch performance on every trail.

Maximize Your Off-Roading Experience

The SwifTrac Front Differential is an essential upgrade for anyone looking to enhance their Can-Am Commander's off-road capabilities. Whether you're tackling rugged trails or participating in competitive events, this differential will keep you moving forward. By providing instant traction and preventing wheel spin, SwifTrac allows you to maintain momentum and navigate challenging terrain with confidence. Ideal for Can-Am Commander models from 2011 onwards, this differential is the perfect choice for riders who demand the best from their UTV. Upgrade to SwifTrac and experience the difference in performance and reliability.