Intake Manifold Joint for Yamaha Grizzly 600 660 & Rhino 660 (1998-2008)

Product Overview

Maintain your Yamaha’s heavy-duty performance with this premium Carburetor Intake Manifold Pipe. Designed to withstand the high-suction demands of 600cc and 660cc engines, this joint ensures a 100% airtight connection. Over time, original boots can dry rot or crack, leading to vacuum leaks that cause lean-running engines and power loss. This high-strength replacement restores the essential seal between the carburetor and engine, ensuring reliable starting and consistent torque on the toughest trails.

Product Compatibility

Direct replacement for Yamaha’s large-bore 4-stroke ATV and UTV models. Please verify your vehicle series before purchasing.

Brand	Model	Fitment Years	Series Variants
Yamaha	Grizzly 600	1998 – 2001	YFM600 F, FH, FWA (4x4)
Yamaha	Grizzly 660	2002 – 2008	YFM660 F, FG, FA, FH
Yamaha	Rhino 660	2004 – 2007	YXR660 FA, FH, FD, FSE

Specifications

Feature	Detail
Material	High-Grade Rubber Compound & Aluminum Alloy
Engine Type	4-Stroke 600cc / 660cc Single Cylinder
Component Type	Carburetor Interface / Intake Boot
Resistance	Anti-Rust, Anti-Corrosion, Heat-Resistant
Installation	Direct Bolt-on OEM Replacement

Key Features

• Optimized High-Flow Design: Engineered to handle the airflow requirements of Yamaha’s 600/660 series engines, improving combustion efficiency and power delivery.
• Premium Hybrid Construction: Combines a high-toughness rubber body with an aluminum alloy base to prevent deformation and ensure a rigid, leak-proof mount.
• Extreme Durability: Specifically formulated to resist aging and cracking caused by the intense heat cycles and vibration common in heavy-duty utility vehicles.
• Perfect Factory Match: Manufactured to original specifications for a hassle-free, "plug-and-play" installation that perfectly matches the stock intake layout.
• Vibration Dampening: The specialized rubber joint absorbs engine shocks, protecting the carburetor and ensuring a stable fuel-air mixture during off-road use.