![RS11 Gloss Black Machined](/upload/blackcircles/wheels/083324%2Ftmp.png)
![RTX](/upload/blackcircles/wheels/brands/rtx.png)
RTX RS11 Gloss Black Machined
17x7 - 5x114.3
Alloy
The RS11 Gloss Black Machined wheel has a striking, modern look with a lightweight and solid flow-forged build.
Wheel Diameter | 17 | Color | Gloss Black Machined | |
---|---|---|---|---|
Wheel Width | 7.0 | Type | ALLOY | |
Bolt Pattern | 5x114.3 | Season | not Winter Approved | |
Offset (mm) | 42.0 | brand | RTX | |
Center Bore (mm) | 73.1 | Reference | 821183 |
How many rims do you need?
Delivery & Appointment at garage
CA $169.00
Home Delivery
CA $169.00
Advantages of wheel RTX RS11 Gloss Black Machined
- Finish: Gloss black with machined details
- Composition: Flow-forged for lightness and durability
- Compatibility: EV-approved for modern standards
The RS11 Gloss Black Machined wheel brings a sleek, contemporary aesthetic with its gloss black finish and machined detailing. This design is perfect for those who seek a stylish upgrade that blends effortlessly with modern vehicles, enhancing the car’s lines while adding a distinctive touch to its appearance. Whether for everyday driving or enhancing the sporty appeal of your ride, the RS11 offers versatility and style that stands out.
Engineered with flow-forged technology, the RS11 is significantly lighter yet more durable than traditionally cast wheels, improving both performance and handling. This wheel is also EV-approved, meeting high standards for electric vehicles while ensuring compatibility with a wide range of car models. The RS11’s construction is designed for precision fit, maximizing stability and reliability for every drive.
Engineered with flow-forged technology, the RS11 is significantly lighter yet more durable than traditionally cast wheels, improving both performance and handling. This wheel is also EV-approved, meeting high standards for electric vehicles while ensuring compatibility with a wide range of car models. The RS11’s construction is designed for precision fit, maximizing stability and reliability for every drive.