NNX-D1780 23X11 ET 10 -5 P.C.D 5X130 center hole 84.1 1 piece forged wheel (custom 16-26inch any date)
The NNX-D1780 forged wheel represents the pinnacle of precision engineering and performance-focused design, crafted to meet the demands of drivers who refuse to compromise on quality, functionality, or style. As a premium forged wheel, it combines advanced manufacturing techniques with high-grade materials to deliver a product that excels in both everyday driving and more demanding scenarios, setting a new standard for reliability and aesthetic appeal in its category.
At its core, the NNX-D1780 features a robust 23×11-inch dimension, a size carefully selected to balance bold visual impact with practical performance benefits. The 23-inch diameter creates a commanding presence, elevating the overall look of any vehicle it adorns, while the 11-inch width provides ample space to accommodate wider tires. This wider tire compatibility translates to enhanced traction and grip on various road surfaces—whether navigating wet highways, dry city streets, or winding backroads—giving drivers greater confidence and control behind the wheel.
A key highlight of the NNX-D1780 is its flexible offset range of ET 10 to ET -5. This adjustable offset allows for seamless customization to match different suspension configurations and wheel well clearances, making it a versatile choice for a wide array of vehicle setups. For those seeking an aggressive, flush stance that fills the wheel well perfectly, the ET -5 setting delivers; for drivers prioritizing optimized handling and reduced stress on suspension components, the ET 10 option ensures a balanced fit. This adaptability eliminates the need for additional spacers in many cases, simplifying the installation process while maintaining optimal performance.
Complementing its size and offset, the NNX-D1780 features a 5×130 P.C.D. (Pitch Circle Diameter) and a 84.1mm center hole, two critical parameters that guarantee compatibility and a precise fit. The 5×130 P.C.D. aligns with a common bolt pattern used in numerous vehicles, expanding its applicability, while the 84.1mm center hole enables a hub-centric mounting design. Hub-centric fitment is essential for eliminating vibrations at high speeds, as it ensures the wheel is centered perfectly on the vehicle’s hub rather than relying solely on the lug nuts. This not only enhances ride comfort but also reduces wear and tear on wheel bearings, extending the lifespan of both the wheel and associated components.
What truly sets the NNX-D1780 apart is its forged construction. Made from high-strength aluminum alloy, the wheel undergoes a rigorous forging process that compresses metal grains, creating a denser, more resilient structure than cast wheels. This forging method results in a wheel that is significantly lighter yet up to 30% stronger, reducing unsprung weight. Lower unsprung weight improves acceleration responsiveness, shortens braking distances, and enhances overall fuel efficiency, while the increased strength ensures the wheel can withstand impacts from potholes, curbs, and other road hazards without bending or cracking.
To ensure long-lasting performance and style, the NNX-D1780 is finished with a high-quality, corrosion-resistant coating. This coating protects against rust, chips, and fading caused by exposure to rain, snow, road salt, and UV rays, keeping the wheel looking sleek and new for years to come. Each NNX-D1780 wheel also undergoes strict quality control testing, including load-bearing, impact, and vibration tests, to meet and exceed industry standards, guaranteeing consistent performance and reliability across every unit.
Whether you’re upgrading for better performance, a more striking appearance, or long-term durability, the NNX-D1780 forged wheel delivers on all fronts. It is a testament to how thoughtful design, advanced manufacturing, and premium materials can come together to create a product that enhances every aspect of the driving experience.
- Min.Order Quantity: 4 Piece/Pieces
- Supply Ability: 100000 Piece/Pieces per Month
