Polaris 900 RMK, Switchback Owner's Manual

Polaris 900 RMK, Switchback manual cover

Pages 124

Year 2005

Language(s)

of 124

Polaris 900 RMK, Switchback Specification

The Polaris 900 RMK Switchback is a versatile snowmobile designed for riders seeking both performance and adaptability across varying terrains. At its core, the machine is powered by a robust 900cc Cleanfire engine, delivering a potent combination of responsiveness and fuel efficiency. This engine is paired with an advanced electronic fuel injection system, ensuring optimal performance in diverse weather conditions and altitudes. The suspension system features Polaris's proprietary adjustable front and rear shocks, providing customizable ride comfort and superior handling on both groomed trails and deep snow. The lightweight chassis is constructed from durable materials, enhancing maneuverability and durability without compromising strength. With its Pro-Ride chassis, the 900 RMK Switchback offers improved structural rigidity and weight distribution, contributing to better traction and control. The snowmobile also includes a track measuring 144 inches in length, designed with a unique lug pattern to maximize grip. Ergonomically, the 900 RMK Switchback showcases a rider-centric design with an adjustable seat and handlebar setup, catering to different riding styles and preferences. The digital display provides real-time data on speed, RPM, and other critical metrics, enabling riders to monitor and adjust their performance seamlessly. Additionally, the snowmobile incorporates a robust braking system, ensuring reliable stopping power even in challenging conditions. With its sleek design and vibrant color options, the Polaris 900 RMK Switchback is not only engineered for performance but also for style. Overall, it represents a blend of cutting-edge technology and rugged reliability, making it a top choice for enthusiasts looking for adventure and precision in their snowmobiling experience.

Polaris 900 RMK, Switchback F.A.Q.

What is the recommended break-in procedure for a new Polaris 900 RMK?

For the first 20 hours, avoid prolonged operation at wide open throttle. Use varying speeds and throttle positions. Check coolant and oil levels frequently.

How can I troubleshoot a starting issue with my Polaris 900 Switchback?

Check the battery charge and connections. Ensure the fuel is fresh and the fuel lines are clear. Inspect the spark plugs for wear or fouling.

What maintenance schedule should I follow for the Polaris 900 RMK?

Perform an oil change every 1000 miles or annually. Check the spark plugs, drive belt, and suspension components regularly. Clean the air filter as needed.

What type of oil is recommended for the Polaris 900 Switchback?

Use Polaris VES Full Synthetic 2-Cycle Oil for optimal performance and protection.

How do I adjust the track tension on my Polaris 900 RMK?

Elevate the snowmobile and use a track tension gauge. The correct tension is when the track hangs 3/8 inch at the midpoint with 10 lbs of pressure applied.

What should I do if my Polaris 900 Switchback overheats?

Shut off the engine immediately. Check the coolant level and inspect for leaks. Ensure the radiator is not blocked by debris. Allow the engine to cool before further inspection.

How do I change the drive belt on a Polaris 900 RMK?

Remove the clutch cover and use the clutch spreader tool to open the secondary clutch. Replace the belt, ensuring it is properly aligned and tensioned.

What are common suspension adjustments for the Polaris 900 Switchback?

Adjust the spring preload for rider weight and conditions. Fine-tune the compression and rebound settings on shocks to optimize handling.

How do I store my Polaris 900 RMK for the off-season?

Stabilize the fuel with a fuel stabilizer, change the oil, clean the snowmobile thoroughly, and store it in a dry, covered location. Elevate the chassis to prevent track and suspension damage.

What should I check during pre-ride inspection of my Polaris 900 Switchback?

Inspect the track and suspension for damage, check fluid levels, ensure all controls operate smoothly, and verify that lighting and signals are functional.