When you outfit a Ferrari 812 Superfast with bespoke wheels like Brixton Forged VL4, the change is immediate and striking. The VL4’s multi‑piece construction — often featuring a deep‑concave center, defined lip, and wide barrel — fills the 812’s broad wheel arches perfectly, enhancing its low, wide, muscular stance. With custom wheel offsets, barrel widths, and finishes, the car gains an even more aggressive, bespoke presence that matches its V12 grandeur. The subtle details in the wheel design add luxury — making the car look not just fast and powerful, but refined and tailored.
The strength and lightness of the VL4 wheels come from their construction. Brixton Forged uses aerospace‑grade 6061‑T6 aluminum, starting from a solid billet. That billet is heated and then forged under intense hydraulic pressure, aligning the metal’s internal grain structure. This process produces a dense, uniform, high‑strength material, far superior to typical cast wheels. After forging, the wheel blank is precisely CNC‑machined to define the spokes, bolt pattern, rim lip, and overall geometry, then assembled as a 3‑piece wheel. The result is a wheel that is both stronger and significantly lighter.
On a supercar like the 812 Superfast — powered by a 6.5‑liter naturally aspirated V12 producing 800 hp and 718 Nm of torque, capable of accelerating from 0–60 MPH in roughly 2.9 seconds and reaching a top speed north of 211 mph — reducing unsprung and rotational mass with lightweight forged wheels makes a real difference. Lighter wheels enhance suspension responsiveness, improve steering precision, sharpen throttle and braking response, and increase overall agility.
Visually and functionally, the Brixton Forged VL4 wheels lend the 812 a custom‑built, exotic character that complements Ferrari’s V12 legacy. They add a layer of exclusivity and craftsmanship — turning an already awe‑inspiring supercar into something even more distinctive and performance‑focused.
For sales inquiries, please contact sales@brixtonforged.com // Ph: 1-888-397-6601 or click the button below to submit a customer request form.
