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Dynamite Friction 4002-59044 Disc Brake Rotor Set - Rear

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Dynamite Friction 4002-59044 Disc Brake Rotor Set - Rear

Rear Brake Rotor Set for 2016 Honda CR-Z

This Dynamite Friction DFC Brake Rotors - GEOSPEC Coated disc brake rotor set is built for the rear axle of the 2016 Honda CR-Z. Part number 4002-59044 is a direct fit listing for this application and is a focused choice for rear brake service on the Honda CR-Z.

Key Features

  • Disc brake rotor set for rear installation
  • GEOSPEC coated finish for added surface protection
  • Application-specific fitment for the 2016 Honda CR-Z
  • Part number 4002-59044 for easy identification
  • Brand line: DFC Brake Rotors - GEOSPEC Coated

Product Details

The DFC Brake Rotors - GEOSPEC Coated line from Dynamite Friction is positioned for drivers who want a rear rotor replacement with a protective coated surface. For the 2016 Honda CR-Z, this rotor set supports routine brake maintenance where rear rotor wear, surface corrosion, or braking vibration has made replacement necessary. If you are searching for rear brake rotors for 2016 Honda CR-Z or a 2016 Honda CR-Z rear disc brake rotor set, part number 4002-59044 matches the listed fitment.

What It Helps Address

  • Rear rotor wear from normal braking use
  • Surface rust on exposed rotor areas
  • Brake pulsation caused by uneven rotor surfaces
  • Noise from worn rear brake rotors
  • Reduced braking consistency from aged rear rotors

Installation Notes and Tips

Install on the rear position only for the listed vehicle. Before installation, inspect pads, caliper condition, and hub surfaces, and verify rotor dimensions against the original parts removed from the vehicle. Confirm the part number 4002-59044 before assembly to ensure the correct rear rotor set for the 2016 Honda CR-Z.

Quality Assurance

Dynamite Friction identifies this rotor set under the DFC Brake Rotors - GEOSPEC Coated product line, which emphasizes a coated rotor finish for brake service applications. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Rear Brake Rotor Set for 2016 Honda CR-Z

This Dynamite Friction DFC Brake Rotors - GEOSPEC Coated disc brake rotor set is built for the rear axle of the 2016 Honda CR-Z. Part number 4002-59044 is a direct fit listing for this application and is a focused choice for rear brake service on the Honda CR-Z.

Key Features

  • Disc brake rotor set for rear installation
  • GEOSPEC coated finish for added surface protection
  • Application-specific fitment for the 2016 Honda CR-Z
  • Part number 4002-59044 for easy identification
  • Brand line: DFC Brake Rotors - GEOSPEC Coated

Product Details

The DFC Brake Rotors - GEOSPEC Coated line from Dynamite Friction is positioned for drivers who want a rear rotor replacement with a protective coated surface. For the 2016 Honda CR-Z, this rotor set supports routine brake maintenance where rear rotor wear, surface corrosion, or braking vibration has made replacement necessary. If you are searching for rear brake rotors for 2016 Honda CR-Z or a 2016 Honda CR-Z rear disc brake rotor set, part number 4002-59044 matches the listed fitment.

What It Helps Address

  • Rear rotor wear from normal braking use
  • Surface rust on exposed rotor areas
  • Brake pulsation caused by uneven rotor surfaces
  • Noise from worn rear brake rotors
  • Reduced braking consistency from aged rear rotors

Installation Notes and Tips

Install on the rear position only for the listed vehicle. Before installation, inspect pads, caliper condition, and hub surfaces, and verify rotor dimensions against the original parts removed from the vehicle. Confirm the part number 4002-59044 before assembly to ensure the correct rear rotor set for the 2016 Honda CR-Z.

Quality Assurance

Dynamite Friction identifies this rotor set under the DFC Brake Rotors - GEOSPEC Coated product line, which emphasizes a coated rotor finish for brake service applications. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

$109.57
Dynamite Friction 4002-59044 Disc Brake Rotor Set - Rear
$109.57

Description

Rear Brake Rotor Set for 2016 Honda CR-Z

This Dynamite Friction DFC Brake Rotors - GEOSPEC Coated disc brake rotor set is built for the rear axle of the 2016 Honda CR-Z. Part number 4002-59044 is a direct fit listing for this application and is a focused choice for rear brake service on the Honda CR-Z.

Key Features

  • Disc brake rotor set for rear installation
  • GEOSPEC coated finish for added surface protection
  • Application-specific fitment for the 2016 Honda CR-Z
  • Part number 4002-59044 for easy identification
  • Brand line: DFC Brake Rotors - GEOSPEC Coated

Product Details

The DFC Brake Rotors - GEOSPEC Coated line from Dynamite Friction is positioned for drivers who want a rear rotor replacement with a protective coated surface. For the 2016 Honda CR-Z, this rotor set supports routine brake maintenance where rear rotor wear, surface corrosion, or braking vibration has made replacement necessary. If you are searching for rear brake rotors for 2016 Honda CR-Z or a 2016 Honda CR-Z rear disc brake rotor set, part number 4002-59044 matches the listed fitment.

What It Helps Address

  • Rear rotor wear from normal braking use
  • Surface rust on exposed rotor areas
  • Brake pulsation caused by uneven rotor surfaces
  • Noise from worn rear brake rotors
  • Reduced braking consistency from aged rear rotors

Installation Notes and Tips

Install on the rear position only for the listed vehicle. Before installation, inspect pads, caliper condition, and hub surfaces, and verify rotor dimensions against the original parts removed from the vehicle. Confirm the part number 4002-59044 before assembly to ensure the correct rear rotor set for the 2016 Honda CR-Z.

Quality Assurance

Dynamite Friction identifies this rotor set under the DFC Brake Rotors - GEOSPEC Coated product line, which emphasizes a coated rotor finish for brake service applications. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.