Dynamite Friction 8002-76116 Disc Brake Rotor Set - Rear

Rear Drilled and Slotted Brake Rotors

Dynamite Friction DFC Brake Rotors - Drilled and Slotted - Black, part number 8002-76116, are rear disc brake rotors for select Toyota and Lexus applications. This rotor set is built for drivers replacing rear rotors on Toyota Tundra, Toyota Sequoia, Toyota Land Cruiser, and Lexus LX570 models with a drilled and slotted black finish.

Key Features

• Rear disc brake rotor set
• Drilled and slotted design for consistent brake surface cleaning
• Black finish for a clean, corrosion-resistant appearance
• Direct fit for listed rear applications
• Part number 8002-76116 for ordering and reference

Fitment Details

• Fits 2022 Toyota Sequoia, rear.
• Fits 2008-2021 Toyota Sequoia, rear.
• Fits 2007-2021 Toyota Tundra, rear.
• Fits 2016-2021 Toyota Land Cruiser, rear, USA Spec (354mm front rotors).
• Fits 2016-2021 Toyota Land Cruiser, rear, Mexico Spec (340mm front rotors).
• Fits 2013-2015 Toyota Land Cruiser, rear.
• Fits 2008-2011 Toyota Land Cruiser, rear.
• Fits 2013-2021 Lexus LX570, rear.
• Fits 2008-2011 Lexus LX570, rear.

What This Rotor Set Helps Address

• Rear rotor wear from normal braking use
• Brake surface glazing on high-mileage vehicles
• Uneven rotor appearance during brake service
• Replacement needs for Toyota Tundra rear brake rotors
• Rear brake service on Toyota Sequoia, Land Cruiser, and Lexus LX570 models

Installation Notes

Confirm rear axle fitment and front rotor specification where noted, especially on Toyota Land Cruiser applications with USA Spec 354mm or Mexico Spec 340mm front rotors. Verify part number 8002-76116 against your vehicle before installation. Professional brake service procedures should be followed, including inspection of pads, calipers, and related wear items.

Quality Assurance

Dynamite Friction DFC brake rotors are cataloged for specific rear applications and identified by exact vehicle fitment data. This part cross-references no additional part numbers in the provided data.