Skip to content
Will be working minimal hours over the Christmas period. There may be delays with some orders. Thank you for your understanding. Merry Christmas!
Will be working minimal hours over the Christmas period. There may be delays with some orders. Thank you for your understanding. Merry Christmas!

Bremtec 332mm Trade-Line BDR21295TL Disc Brake Rotor (Single)

Availability:
in stock, ready to be shipped
Original price $50.00 - Original price $50.00
Original price
$50.00
$50.00 - $50.00
Current price $50.00
SKU BDR21295TL
by Bremtec

Sipping & Delivery Time

Dispatch: Orders are dispatched in 1 to 3 business days.

Delivery: Estimated delivery within 1-7 days.

Flat Rate Shipping: $19 Australia-wide.

Free Shipping: Free delivery for online orders over $145

Bremtec 332mm Trade-Line BDR21295TL Disc Brake Rotor (Single)

Experience top-tier braking performance with the Bremtec Trade-Line Disc Brake Rotor. Engineered to the highest precision standards, this 332mm rotor is a perfect fit for various Ford Everest and Ranger models. Its unique three-stage machining process ensures minimal runout and disc thickness variance, making it a reliable choice for your vehicle.

  • Premium Quality: Manufactured to the highest precision standards akin to O.E suppliers.
  • Advanced Machining: A unique three-stage machining process for reduced runout and disc thickness variance.
  • GeoZinc Coating: Special coating to minimize rust corrosion and enhance longevity.

Why Choose This Product?

The Bremtec 332mm Trade-Line Disc Brake Rotor offers unmatched quality and durability. Its advanced engineering ensures reliable and consistent braking performance, making it an essential upgrade for your vehicle.

Fitment Information:

  • Ford Everest 2.0 UA, UAII TDCi 2018-2022
  • Ford Everest 2.0 UA, UAII TDCi 4WD 2018-2022
  • Ford Everest 3.2 UA, UAII TDCi 2015-2022
  • Ford Everest 3.2 UA, UAII TDCi 4WD 2015-2021
  • Ford Ranger 2.0 PX TDCi Bi-Turbo 4x4 2018-2021

"The images shown are for illustration purposes only and may not be an exact representation of the product"