Dynamite Friction 350-76232 Brake Hydraulic Hose - Rear Lower

Rear Lower Brake Hose for Toyota and Lexus

Dynamite Friction DFC Brake Hose 350-76232 is a brake hydraulic hose for rear lower applications on select Toyota and Lexus trucks and SUVs. It is listed for the Toyota Tundra, Toyota Land Cruiser, and Lexus LX570 across multiple model years.

Key Features

• Brake hydraulic hose for rear lower placement
• Fits 2007-2021 Toyota Tundra, rear lower
• Fits 2008-2011 Toyota Land Cruiser, rear lower
• Fits 2013-2021 Toyota Land Cruiser, rear lower
• Fits 2008-2011 Lexus LX570, rear lower
• Fits 2013-2021 Lexus LX570, rear lower
• Part number 350-76232 for application matching

Detailed Description

The DFC Brake Hose line from Dynamite Friction covers hydraulic brake hose replacements for specific rear lower positions. Part number 350-76232 is cataloged for Toyota Tundra, Toyota Land Cruiser, and Lexus LX570 models, giving buyers a direct fitment reference when replacing a worn or damaged rear brake hose. This part cross-references Monroe Shocks & Struts (e.g., 172286) for the same application.

What It Is Used For

• Replacing a leaking rear lower brake hose
• Restoring brake fluid flow to the rear brake circuit
• Addressing cracked, swollen, or aged hydraulic hose material
• Correcting soft or inconsistent brake pedal feel caused by hose wear
• Repairing brake line damage from corrosion or road debris

Installation Notes and Tips

Verify the rear lower position before ordering and match the vehicle year, make, and model exactly to the fitment list. Inspect adjoining brake lines, fittings, and mounting points during replacement, and bleed the brake system after installation according to factory service procedures. Confirm the hose routing matches the original layout on the Toyota Tundra, Toyota Land Cruiser, or Lexus LX570.

Quality Assurance

Use this hose as a cataloged replacement for the specified applications. Part number 350-76232 is identified for direct fitment on the listed vehicles and rear lower position.