HF-4T

Vossen HF-4T - The Hybrid Flow-Formed Wheel With a Directional Twist

The Twist That Changes the Read

A straight spoke is a static thing. A twisted spoke is not. The HF-4T takes the multi-spoke formula and adds a directional twist - each spoke is rotated slightly off-axis, creating a pattern that reads differently from every angle. It is crafted from Vossen's M-X4T forged platform, and it brings that directional design to the Hybrid Flow-Formed range for 5-lug vehicles.

Where Flow-Forming Meets Directional Design

Vossen Wheels manufactures the HF-4T using its Hybrid Flow-Formed process - a low-pressure casting that is subsequently flow-formed to improve the aluminium's grain structure and produce a stronger, lighter barrel. The wheel is produced at Vossen's Miami facility, and it is available in two standard finishes and five custom finishes. The Custom Blank Programme utilises Vossen's Robot Cell, allowing for personalised fitments and bolt patterns specific to most 5-lug vehicle makes and models. Vossen develops this geometry in-house, and no third party has access to the tooling.

The HF-4T Design

The HF-4T's defining feature is its twisted directional spoke pattern - a design that creates a sense of movement even when the car is stationary. The multi-layered complexity of the spokes rewards close inspection, and the directional design ensures the wheel reads differently depending on the angle of view. The wheel is available in diameters from 20 to 22 inches, with widths from 8.5 to 12 inches, and it supports Flat and Deep concave profiles. It is a design that suits performance cars where the wheel is expected to make a statement - a Porsche Taycan, an Audi RS e-tron GT, or a BMW M4.

For Cars That Reward Directional Design

The Vossen HF-4T suits owners of Porsche Taycan, Audi RS e-tron GT, and BMW M4 - cars where the wheel must perform under load and look correct at every viewing distance. Building for a performance EV or sports car? Tell us the platform and we will return a confirmed HF-4T specification.