Description:

18" Lexus ES250, ES300h, ES350 Wheel Powder Coated Gloss Black Set of 4

Will fit other Lexus models but most likely require 5mm spacers to clear the front calipers. Rims were installed on my 2013 Lexus GS.

Rims were power coated gloss Black 02/2019. Overall good condition. Zero curb rash. Minor superficial scratches that can be polished out. See pictures.

The face and the inside of the rim were powder coated gloss Black, the other parts are not visible with tires installed.


Make/Model/Year:
Lexus ES250 2021-2023
Lexus ES300h 2019-2023
Lexus ES350 2019-2023

Product Specifications:
Product: Wheel/Rim (Single)
Material: Aluminum
Style: 15 Spoke
Finish: Powder Coat Gloss Black
Size: 18x8
Lugs: 5
Bolt Pattern: 5x114.3
Offset: 45mm
OE Part Number: 4261106150, 4261106160, 4261133190, 4261133200

Notes: Center Cap and Tire Pressure Monitor Are NOT Included

$1000 + Shipping cost.


These rims have Lexus Noise Reduction design.

"In order to further reduce road noise, Lexus has also innovated in the area of the wheels. The result of that effort is noise-reduction wheels that are adopted to reduce weight, enhance rigidity, and suppress noise generated by the tires.

The weight reduction has been achieved through a hollow outer rim design. The weight saved by hollowing out the areas with no negative effect on the overall rigidity of the wheel has instead been allocated for reinforcement of the key areas.

The shape of the hollow structure is optimized, and a resonator hole has been installed, reducing the tire’s air column resonance. Five resonator holes for the 18-inch wheels or four resonator holes for the 19-inch wheels have been installed.



Tire air column resonance is generated as follows.
1. Tire deforms due to input from the road surface, and air pressure inside the tire changes.
2. Air inside the tires vibrate due to changes in pressure, and sound waves are generated in the tire’s air layer (air column).

Air forcefully enters and exits the resonator holes (friction is generated), and sound waves are converted to heat, causing a muffling effect."