All Balls Racing Universal Boot with Cone Tool XL (Part #19-5040)

EZ Trail Boot kit includes the reusable cone tool, one universal boot, two stainless steel clamps, grease pack, and silicone cone lube.
Material is expandable, yet tough enough to be a permanent fix.
Two clamping diameters ensure a good fit on most vehicles.
Boot material stays flexible even in extremely cold temperatures.
Lithium based Molybdenum Grease insures good lubrication for long CV joint life.
Universal fit CV boot and may require slight trimming.

The All Balls Racing Universal Boot with Cone Tool XL is designed to provide reliable protection for various vehicle components. Crafted with high-quality materials, this boot ensures durability and long-lasting performance in demanding environments. Its universal fit makes it compatible with multiple applications, making it a versatile choice for mechanics and enthusiasts alike.
Featuring a robust construction, the boot offers excellent resistance to dirt, debris, and moisture, helping to extend the lifespan of your vehicle's moving parts. The included cone tool simplifies installation, ensuring a secure fit without the need for specialized tools or extensive disassembly. This combination of protection and ease of use makes it an essential component for maintaining optimal performance.
Whether you're performing routine maintenance or addressing a specific repair, the All Balls Racing Universal Boot with Cone Tool XL is a dependable solution. Its compact design allows for easy handling and installation in tight spaces, while its high-quality build guarantees lasting performance under various conditions. Trust All Balls Racing to deliver products that meet the demands of serious riders and professional mechanics.

Features:

• Universal fit suitable for multiple vehicle applications

• Durable construction resistant to dirt, debris, and moisture

• Includes cone tool for easy and secure installation

• High-quality materials ensure long-lasting performance

• Compact design facilitates installation in tight spaces