The Story
The Brixton PF10 carbon wheel is a mixture of a split 5-spoke and a mesh design. The Brixton Forged 2-Piece Carbon+ Series combines a high quality APP 6061-T6 Aerospace grade forged aluminium face with an ultralight Dymag Boxstrom BX-F carbon fiber barrel.
Around 25% lighter than its aluminium counterpart, the Carbon+ Series provides the versatility of a multi-piece wheel while remaining the lightest weight, track ready wheel in our lineup.
Every Carbon+ Series wheel set is individually designed and engineered specifically for each clients vehicle; specifically designed and tested for super-cars and hyper-cars alike. Each wheel set is tailored to be the most optimal combination of lightweight forging profiles and surface milling features. The result is a wheel set designed to increase dynamic cornering response, acceleration, and decreasing overall stopping distances.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
The Brixton PF10 carbon wheel is a mixture of a split 5-spoke and a mesh design. The Brixton Forged 2-Piece Carbon+ Series combines a high quality APP 6061-T6 Aerospace grade forged aluminium face with an ultralight Dymag Boxstrom BX-F carbon fiber barrel.
Around 25% lighter than its aluminium counterpart, the Carbon+ Series provides the versatility of a multi-piece wheel while remaining the lightest weight, track ready wheel in our lineup.
Every Carbon+ Series wheel set is individually designed and engineered specifically for each clients vehicle; specifically designed and tested for super-cars and hyper-cars alike. Each wheel set is tailored to be the most optimal combination of lightweight forging profiles and surface milling features. The result is a wheel set designed to increase dynamic cornering response, acceleration, and decreasing overall stopping distances.
