STIHL Stop Buffer - 4282 791 5902

Product Details & Features

The STOP BUFFER – 4282 791 5902 is a genuine STIHL vibration-dampening stop buffer designed to absorb shock and reduce vibration between mating components on compatible STIHL outdoor power equipment. This elastomeric buffer helps protect structural parts, minimize noise, and extend the life of key assemblies by cushioning impacts that occur during operation, transportation, or storage.

Manufactured to STIHL OEM standards, the stop buffer offers reliable performance and long service life in demanding outdoor environments.

Key Features

• Genuine STIHL OEM Part – Manufactured to original equipment specifications

• Vibration Damping Design – Helps absorb shock and reduce vibration transfer

• Durable Elastomer Construction – Resists wear, weathering, and repeated compression

• Exact Replacement Fit – Designed for straightforward installation

• Essential Service Component – Ideal for assembly points requiring shock absorption

Fits These STIHL Models

This stop buffer (4282 791 5902) is typically used on selected STIHL petrol-powered equipment where vibration isolation between components is required, including:

• Blowers: BR 200, BR 350, BR 450

• Heavy-Duty Backpack Blowers: BR 500, BR 550, BR 600

• Brushcutters: FS 240, FS 260, FS 360C, FS 410C, FS 460C

• Trimmers and KombiSystems: KM 55, KM 94 R, KM 131 R

Technical Specifications

• Part Number: 4282 791 5902

• Component Type: Stop buffer / vibration damper

• Brand: STIHL

• Material: Elastomer / rubber compound

• Application: Vibration isolation and shock absorption

Typical Applications

This stop buffer is commonly used in:

• Engine or frame vibration isolation

• Mounting points between handle, housing, or support brackets

• Reducing noise and structural fatigue on moving assemblies

• Replacement of worn or hardened buffers during maintenance

Why Choose Genuine STIHL Buffers

Using genuine STIHL components such as the STOP BUFFER – 4282 791 5902 ensures correct material properties, optimal vibration damping, and long-lasting performance. Proper vibration control reduces noise, increases operator comfort, and helps protect precision components from accelerated wear.