Polaris Ranger 900 Primary Clutch Shim - Quad Logic

Keep your Polaris Ranger running smoothly with this high-quality Replacement Primary Clutch Shim by Quad Logic. Designed to restore proper clutch alignment and performance, this essential component ensures your machine maintains reliable operation in demanding conditions. The primary clutch shim, also referred to as a washer, installs between the bearing and the fixed sheave, helping to set the correct clutch spacing and alignment. By maintaining proper tolerances, this shim reduces premature wear, enhances power transfer, and can improve overall drivability of your Polaris Ranger.

Crafted with durable materials built to withstand the stress and heat generated within the clutch system, this replacement shim is engineered for precision and long-lasting use. Each order includes a pair of shims, making it simple to complete your repair or fine-tune your clutch system without the need for additional parts. With a lightweight design weighing only 2 ounces and compact dimensions of 10 x 7 x 1 inches, this shim kit is easy to handle and install, even for do-it-yourself riders who prefer to maintain their own machines.

Whether you are replacing worn components or performing preventative maintenance, this clutch shim is an affordable and effective way to keep your Polaris Ranger operating at peak performance. A properly functioning clutch ensures smoother acceleration, improved belt life, and reduced vibration, all of which contribute to a more enjoyable riding experience. Suitable for Polaris Ranger models such as the 900 series, this replacement shim is built to meet or exceed factory specifications for fit and performance.

If you rely on your Polaris Ranger for work or recreation, maintaining the clutch system is essential to maximizing power delivery and efficiency. Installing this Replacement Primary Clutch Shim helps ensure your machine is ready for any terrain or task. Dependable, precise, and easy to install, it is the perfect solution for keeping your clutch system in optimal condition.