Dynamite Friction 350-76079 Brake Hydraulic Hose - Front Left

Front Left Brake Hydraulic Hose for LX470 and Land Cruiser

Dynamite Friction DFC Brake Hose 350-76079 is a front left brake hydraulic hose for select Lexus LX470 and Toyota Land Cruiser models. It is built for direct replacement use on the listed applications and supports consistent brake fluid transfer at the front left corner of the vehicle.

Key Features

• Brake hydraulic hose for the front left position
• Compatible with 1998-2007 Lexus LX470, front left
• Compatible with 1998-2007 Toyota Land Cruiser, front left
• DFC Brake Hose product line from Dynamite Friction
• Part number 350-76079 for application matching

Product Details

The DFC Brake Hose line is focused on replacement hydraulic hose applications for braking systems. This hose is listed for the front left position on 1998-2007 Lexus LX470 and 1998-2007 Toyota Land Cruiser models, making it a direct-fit search match for buyers looking for a Lexus LX470 front left brake hose or Toyota Land Cruiser front left brake hydraulic hose. Use part number 350-76079 when confirming the correct hose for your vehicle.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues This Part May Address

• Cracked or deteriorated brake hose material
• Brake fluid seepage at the front left hose
• Soft or inconsistent brake pedal feel caused by hose wear
• Restricted fluid flow from an aging hydraulic line
• Need for a replacement front left brake hose on LX470 or Land Cruiser

Installation Notes and Tips

Verify the vehicle year, make, model, and front left position before ordering. Inspect the surrounding brake lines, fittings, and mounting points during replacement, and bleed the brake system after installation according to factory service procedures. Confirm fitment with part number 350-76079 before installation on your Lexus LX470 or Toyota Land Cruiser.

Quality Assurance

Dynamite Friction DFC Brake Hose 350-76079 is cataloged for the listed vehicle applications and position-specific fitment.