Vossen CG-209T Monoblock Forged Wheels

Vossen CG-209T — The Custom Geometry Monoblock With a Pattern Inside the Spoke

The Pattern That Rewards a Closer Look

Most forged wheels resolve at a distance. The CG-209T does not. Its spokes carry a closed geometric pattern - an internal shape machined into each spoke - that only becomes fully visible when you step closer. It is a design that rewards proximity, and it is the signature of the CG Series.

Where Custom Geometry Begins

The CG in this wheel's designation stands for Custom Geometry - a Vossen Forged platform built around the idea that a wheel should be resolved for the individual car rather than selected from a fixed range. Produced at Vossen's own plant in Miami from aerospace-grade 6061-T6 aluminum, then hand-finished to order. The brand's proprietary forging design allows Vossen to machine concave depths on narrow widths that other manufacturers cannot match. Vossen develops this geometry in-house - it is not derived from another brand's work and not produced under license.

The CG-209T Design

The CG-209T's defining feature is its closed-geometry spoke pattern - each spoke carries a machined internal shape that adds visual density without making the wheel look heavy. Mass is trimmed from the inboard face and the spoke ribs, but none of that material removal is visible from the front: nothing interrupts the front surface - no hardware, no bolt row, no break between the face and the lip. The vehicle-specific concave profile ensures the wheel sits correctly on the individual car rather than merely fitting it. On a BMW M3 or a Nissan GT-R, the CG-209T sharpens the stance without overwhelming the car; on a Porsche 911, it adds a layer of visual intelligence that most aftermarket wheels lack.

For Owners Who Notice Details

The CG-209T suits owners of BMW M3 (F80), Nissan GT-R (R35), and Porsche 911 (991) - drivers who care about the details that only become visible on second look. Start with your vehicle details - we will return a confirmed CG-209T specification before the forging order goes ahead.