Vendeur: GOOFIT

Intake Manifold for Yamaha FZ 2.0 FZ-S | OEM 2GS-H1410-00

4,95 €8,59 €42% OFF
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Détails du produit

Product Overview

Restore your motorcycle's efficiency with this premium Engine Intake Manifold Pipe, a direct replacement for Yamaha FZ 2.0 and FZ-S models. Designed to meet or exceed OEM specifications (2GS-H1410-00), this manifold ensures a perfect airtight seal for the fuel-air mixture delivery. By replacing a cracked or brittle original intake, you can effectively eliminate vacuum leaks, stabilize your engine's RPM, and ensure a smooth, reliable riding experience whether on city streets or off-road trails.

Product Compatibility

Directly compatible with the Yamaha FZ series 2.0 platform and related engine clones used in specialty vehicles.

Brand Model Replaces OEM Part # Engine Type
Yamaha FZ 2.0 / FZ2.0 2GS-H1410-00 4-Stroke Single Cylinder
Yamaha FZ-S / FZS 2.0 2GS-H1410-00 4-Stroke Single Cylinder
Generic 150cc-200cc ATVs Check Bolt Pattern FZ-Platform Clones
Custom Go Karts / Dirt Bikes Check Dimensions FZ Engine Swaps

Specifications

Feature Detail
OEM Reference 2GS-H1410-00
Material High-Grade Reinforced Rubber & Alloy
Dimensions 110mm (L) x 160mm (W) x 30mm (H)
Resistance Heat, Oil, and Weather Resistant
Fitment Type Direct Bolt-On Replacement

Key Features

  • Exact OEM Specification: Specifically engineered to replace Yamaha part #2GS-H1410-00, ensuring a seamless, factory-quality fit for FZ 2.0 series.
  • Premium Thermal Stability: Constructed from high-quality materials that resist the intense heat of the engine bay, preventing premature cracking and hardening.
  • Optimized Fuel Flow: Features a precision-molded internal structure that reduces intake turbulence, promoting better combustion and fuel efficiency.
  • Vibration Dampening: The durable yet flexible compound absorbs engine tremors, protecting the fuel system components and maintaining a stable seal.
  • Tough Off-Road Performance: Built to handle the rigors of ATVs, Dirt Bikes, and Go Karts, offering consistent performance in harsh environments.