Name: Mishimoto Air-Water Intercooler Polaris RZR PRO XP | Turbo R | XP 4 Turbo 2016-2024
Brand: Mishimoto
SKU: misMMINT-RZR-16
Price: 898 USD
Availability: InStock

Much like its name suggests, the 2016+ Polaris RZR XP Turbo is a sharp piece of machinery ready for the track or trail. Unfortunately, it is not without its flaws. Even on stock set ups, the OEM tube-and-fin intercooler is prone to cracking at the plastic end tanks. If you're lucky, this can lead to a decrease in performance but with gallons of coolant running through the intercooler the chances of destroying the engine are too high for us. The engineers at Mishimoto have developed a resilient, direct-fit intercooler to combat this critical factory flaw and keep your RZR XP Turbo running razor-sharp. Its bar-and-plate core was developed to stand up to the vibration and shock load your RZR Turbo might be subjected to while out on the trail, bog, rocks, or dunes. Our intercooler end tanks are CNC-machined from aircraft-grade aluminum then precision TIG-Welded, unlike the unreliable plastic found in the OEM cooler making it resistant to cracks and leaks. As with all our products, the Mishimoto Intercooler for the 2016+ Polaris RZR XP Turbo is backed by our signature Mishimoto Lifetime Warranty. If you're worried about keeping your RZR sharp, treat it to our bar-and-plate intercooler so you can ride with peace of mind.

Purchase Includes:

(1) Mishimoto Performance Intercooler
Mounting Hardware
Mishimoto Lifetime Warranty

Installation Guide

Features:

Billet-aluminum CNC-machined end and top plates wont crack like stock plastic parts
Compatible with stock coolant hoses without cutting or modifications
Direct fit for the 2016+ Polaris RZR XP Turbo
Dual-pass bar-and-plate core provides greater durability and heat soak resistance than stock
Helps prevent engine damage due to coolant leaks into the intake
Mishimoto Lifetime Warranty
Pair with the Mishimoto Silicone Intake J-Tube to improve airflow to your intercooler
Robust TIG-Welded end tanks eliminate potential leak points

Specifications: