The SPRING, CLUTCH – 54411-VA3-J00 is a genuine Honda clutch spring designed to maintain correct tension and engagement within the centrifugal clutch assembly on compatible Honda power equipment. Manufactured to Honda OEM specifications, this spring plays a critical role in ensuring smooth clutch operation, correct engagement speed, and reliable power transmission.

Ideal for servicing or repairing worn or weakened clutch components, this spring helps restore proper drivetrain performance and reduce premature wear.

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Key Features

• Genuine Honda OEM Part – Manufactured to original equipment standards

• Maintains Correct Clutch Tension – Supports smooth and consistent clutch engagement

• Durable Spring Steel Construction – Designed to withstand heat, vibration, and repeated load cycles

• Exact Fitment – Ensures reliable installation and correct operation

• Essential Drivetrain Component – Ideal for clutch servicing and rebuilds

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Fits These Honda Models

This clutch spring (54411-VA3-J00) is commonly used in centrifugal clutch assemblies fitted to selected Honda lawn mower and outdoor power equipment models, including:

• HR214 — Petrol lawn mower

• HR215 — Petrol lawn mower

• HR216 — Petrol lawn mower

• HR194 / HR195 — Selected regional variants

• Honda mower transmissions and clutch assemblies using VA3-series components

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Technical Specifications

• Part Number: 54411-VA3-J00

• Component Type: Clutch spring

• Brand: Honda

• Material: Heat-treated spring steel

• Application: Centrifugal clutch assembly

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Typical Applications

This clutch spring is commonly found in:

• Lawn mower drive systems

• Centrifugal clutch assemblies

• Self-propelled mower transmissions

• Drivetrain repair and maintenance

• Honda outdoor power equipment servicing

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Why Choose Genuine Honda Clutch Springs

Using a genuine Honda component such as the SPRING, CLUTCH – 54411-VA3-J00 ensures correct engagement characteristics, dependable power transfer, and long service life. Proper clutch tension helps prevent slippage, uneven drive performance, and unnecessary wear on surrounding components.