Introducing the Custom Latest Design Deep Dish Racing Forged Aluminum Japan Car Sport Alloy Wheel Rim by Jova Forged. This high-performance wheel rim is crafted from premium forged aluminum, offering exceptional strength and lightweight properties. Its sleek, multi-spoke design with a silver and black finish not only enhances your vehicle's aesthetics but also improves aerodynamics. Ideal for sports cars and high-performance vehicles, this wheel ensures superior handling and acceleration.
Technical specifications
Feature | Specification | Benefit |
---|
Material | Forged Aluminum | Strength, Lightweight, Durability |
Diameter | 17 inches | Optimal for performance driving |
ET (Offset) | 0mm to 50mm | Customizable for precise fitment |
PCD (Bolt Pattern) | 100mm to 165.1mm | Versatile fit for various vehicle models |
Customization guide
Adjustable parameters such as ET (offset) and PCD (bolt pattern) allow for customization to meet specific vehicle needs and aesthetic preferences. Choose from a range of finishes and spoke designs to create a personalized look.
Get inspired
With the Jova Forged wheel, you can transform your vehicle's appearance and performance. The deep dish design not only adds a sporty edge but also enhances aerodynamics, making it perfect for those who crave speed and style.
Choose your model
Parameter | Base Model | Advanced Model | Pro Model |
---|
Material Strength | High | +15% | +30%* |
Weight Reduction | Standard | Enhanced | Premium |
Supplier's note
The Pro version's material strength, 30% above industry benchmarks, ensures unmatched durability and safety in high-performance scenarios. Combined with its lightweight construction, it offers improved handling and acceleration, making it ideal for sports car enthusiasts.
To select the optimal version, consider the applicable crowd: the Base Model suits everyday drivers seeking reliability, the Advanced Model is perfect for enthusiasts desiring enhanced performance, while the Pro Model caters to professionals requiring peak performance and durability.