2003 Lexus GX470 Disc Brake Rotor - Rear Genius

  • Features:
    • Engineered with with Carbon-Enhanced G-Cast™ (G11H18/G3000) iron castings to achieve an optimal braking performance (strength, stability, durability)
    • Exclusive G-Coat™ double-layer (8µm) protective coating provides rust protection on 100% of the non-braking surface
    • 100% Precision Spin and Mill-Balanced for smoother stopping and zero vibration at any speed
    • Cross-Hatched smooth surface to improve the pad's ability to grip the rotor surface, especially during initial brake applications or in wet conditions
    • Double disc ground finish eliminates lateral run-out and DTV (disk thickness variation) issues on the rotor and improves pad-rotor bed-in
    • Tested for maximum tolerance to voluminous amount of constant thermal cycles
    • CNC-Machined to the tightest tolerances to guarantee manufacturing precision and accuracy
    • Best matched with CMX, TEC, SIM or Positive Plus brake pads
    • Kit Includes: 2x Rear Coated Disc Brake Rotor (Both Side)
    • Part Reference Numbers : AG31294 CR31294 PR31294 31294 YH145330C YH145330 120.44128 121.44128 BR31294 TO-6143 24886929 4886929 74886929 126038 EC31294 96929 BD126038E BD126038
  • Genius has been the undisputed leader in coated rotor manufacturing for the last 15 years thanks to it's groundbreaking lab engineered G-Cast™ iron cast and G-Coat™ dipped conative. Genius in-house engineered managed to develop the best combination of iron cast and coating to produce unmatched protection that adhere and stay durable for the lifetime of the rotor, without compromising on the rotor braking performance. With a long-established presence in the industry, Genius has garnered the trust and loyalty of countless customers across the continent. Their disc rotors and drums are known for their durable coating without compromise. Genius' commitment to excellence has solidified their position as the go-to brand for professionals and car enthusiasts seeking convenient and durable rotors in North America.
This Part Fits the Following OEM/Substitute Numbers:
120.44128, 121.44128, 126038, 24886929, 31294, 4886929, 74886929, 96929, BD126038, BD126038E, BR31294, GCR-TO-6143, PR31294, TO-6143, YH145330, YH145330C

Additional Fitment Information:
Vehicle Position
2003 Lexus GX470 Rear
9 In Stock
Best Price:

Special Price

$85.29 USD
$102.35 USD
Brand Genius
Part # KG-100509
Condition New
Warehouse E

Genius

  • Rear Coated Brake Rotors Pair For Toyota 4Runner FJ Cruiser Sequoia Lexus GX470
  • Genius Rear Coated Disc Brake Rotors Pair For Toyota 4Runner FJ Cruiser Sequoia Lexus GX470 KG-100509
  • Genius Rotors Kit
  • General

    WebNameEbay4
    For Toyota 4runner Fj Cruiser Sequoia Lexus Gx470 Rear Coated Brake Rotors Pair
    ComponentsSummaryRegularWithBrands
    2x Genius Disc Brake Rotor
    ComponentsSummaryShort
    2x Disc Rotor
    ComponentsSummaryLongWithBrands
    2x Rear Coated Genius Disc Brake Rotor (both Side)
    WebNamePlain
    Genius Rear Coated Disc Brake Rotors Pair Kg-100509
    ComponentsSummaryShortWithBrands
    2x Genius Disc Rotor
    NumberOfPieces
    2
    ComponentsSummaryLong
    2x Rear Coated Disc Brake Rotor (both Side)
    WebNameLong
    Genius Rear Coated Disc Brake Rotors Pair For Toyota 4runner Fj Cruiser Sequoia Lexus Gx470 Kg-100509
    WebNameShort
    Rear Coated Disc Brake Rotors Pair For Toyota 4runner Fj Cruiser Sequoia Lexus Gx470 Kg-100509
    ComponentsSummaryRegular
    2x Disc Brake Rotor
    WebNameRegular
    Genius Rear Coated Disc Brake Rotors Pair For Toyota 4runner Fj Cruiser Sequoia Lexus Gx470 Kg-100509
    WebNameEbay2
    [rear] Coated Brake Rotor Pair For Toyota 4runner Fj Cruiser Sequoia Lexus Gx470
    WebNameEbay3
    Coated Brake Rotors Rear Pair For Toyota 4runner Fj Cruiser Sequoia Lexus Gx470
    WebNameEbay
    Rear Coated Brake Rotors Pair For Toyota 4runner Fj Cruiser Sequoia Lexus Gx470
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

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