Drive Belt 3211186 for Polaris RZR XP 1000 & XP Turbo (2016–2020)

Product Overview

Engineered for extreme environments, the 3211186 CVT Drive Belt is the ultimate upgrade for your high-output Polaris. This belt is specifically designed to handle the massive torque and heat generated by the RZR XP Turbo and XP 4 Turbo models. Constructed from advanced heat-resistant compounds, it ensures that your clutch response remains razor-sharp and your power delivery stays consistent, even during aggressive dunes, rock crawling, or high-speed desert racing.

Product Compatibility

Model Series	Specific Fitment	Year Range
Polaris RZR XP Turbo	Turbo, Turbo S, Fox Edition	2016 – 2020
Polaris RZR XP 4 Turbo	4-Seater Turbo, Turbo S	2016 – 2020
Polaris RZR XP 1000	XP / XP 4 (All Models)	2016 – 2020
Polaris Xpedition	XP / XP 5	2024+ (Confirm OEM)

Specifications

Feature	Details
OEM Part Number	3211186
Material	Reinforced High-Temp Polychloroprene
Performance Type	Heavy-Duty Turbo/High-Horsepower
Properties	Heat-Dissipating, Wear-Resistant, Corrosion-Resistant
Clutch Compatibility	Standard & Aftermarket Turbo Clutches

Key Features

• Maximum Power Transmission: Engineered with high-tensile internal cords to minimize stretch, ensuring that every bit of horsepower from your turbo engine is transferred to the wheels without slipping.
• Superior Thermal Stability: Features an advanced rubber compound that provides elite heat resistance and rapid heat dissipation. This prevents the belt from "softening" or loosening during high-temperature, high-RPM operation.
• Instant Clutch Response: The optimized side-wall design ensures immediate engagement and linear shifting, providing the precise throttle control needed for technical terrain.
• Corrosion & Wear Resistance: Chemically treated to resist road salt, mud, and liquid erosion, preventing the belt from becoming brittle and significantly extending its functional service life.
• Turbo-Ready Durability: Specifically reinforced to survive the "snap-torque" characteristic of turbocharged engines, reducing the risk of belt failure during sudden acceleration.