117mm Transmission Intermediate Gear Shaft Set for GY6 200cc ATV & Go-Kart

Product Overview

Restore the power and precision of your drivetrain with the Heavy-Duty 117mm Transmission Gear Set. Specifically designed for the high-torque requirements of 200cc GY6 engines (LC162FMK), this intermediate shaft is the backbone of your CVT transmission system. Engineered to manage the output from the engine to the wheels, its optimized gear profile ensures smooth forward engagement and seamless shifting. Whether you are navigating rough trails on an AU200 or racing a go-kart, this metal-forged shaft provides the durability needed to handle high-stress environments without compromising control.

Product Compatibility

Component Type	Specification
Engine Code	GY6 200cc / LC162FMK-E
Vehicle Types	ATVs, Quads, Go-Karts, Buggies
Model Fitment	AU200, LX200M, and similar 200cc CVT models
Transmission Type	CVT (Continuously Variable Transmission)

Specifications

Feature	Details
Shaft Length	117mm
Material	High-Strength Reinforced Steel Alloy
Components	Intermediate Gear Shaft
Bonus Accessory	GOOFIT Authentic Keychain
Design	Lightweight, High-Torque Structural Profile

Key Features

• High-Strength Metal Construction: Forged from premium metal alloys to provide enhanced durability and extreme resistance to wear, ensuring it can withstand the "shock loads" common in off-road riding.
• Optimized Gear Meshing: The "reasonable gear design" ensures precise tooth alignment, which results in smoother shifting, reduced mechanical noise, and more reliable forward drive.
• Enhanced Transmission Stability: Supports the engine’s output shaft system by maintaining consistent rotation, which directly improves throttle response and overall vehicle handling.
• All-Terrain Adaptability: Built to perform in harsh working environments, including mud, sand, and high-heat conditions, without losing structural integrity.
• Easy Installation & Maintenance: Features a lightweight design that simplifies the assembly process, making it an ideal choice for both professional mechanics and DIY enthusiasts looking to reduce maintenance downtime.