Vossen VPS-4 3PC - 21X13 - BRUSHED CENTER / POLISHED GLOSS CLEAR LIP / SB INNER BARREL / RAW HW Vossen VPS-4 3PC - 21X13 - BRUSHED CENTER / POLISHED GLOSS CLEAR LIP / SB INNER BARREL / RAW HW Vossen The Vossen Precision Series represents the benchmark of engineering and sophisticated styling, and the VPS-4 3-Piece showcases that philosophy through intricate multi-piece modular architecture. Featuring an aggressive split Y-spoke center face framed by exposed perimeter assembly hardware, this iconic forged wheel directs light across its machined knife-edge facets to create striking visual depth. Built for extreme strength and weight optimization, the modular face utilizes back-pad lightening pockets to minimize rotational mass without compromising structural integrity.

Vossen VPS-4 3PC - 21X13 - BRUSHED CENTER / POLISHED GLOSS CLEAR LIP / SB INNER BARREL / RAW HW

Code: VOSVPS-4-3P-1N001
  • 1-4 DAYS DELIVERY

  • 100% ORIGINAL AND QUALITY

  • 24 MONTHS GUARANTEE

The Vossen Precision Series represents the benchmark of engineering and sophisticated styling, and the VPS-4 3-Piece showcases that philosophy through intricate multi-piece modular architecture. Featuring an aggressive split Y-spoke center face framed by exposed perimeter assembly hardware, this iconic forged wheel directs light across its machined knife-edge facets to create striking visual depth. Built for extreme strength and weight optimization, the modular face utilizes back-pad lightening pockets to minimize rotational mass without compromising structural integrity.
The Vossen Precision Series represents the benchmark of engineering and sophisticated styling, and the VPS-4 3-Piece showcases that philosophy through intricate multi-piece modular architecture. Featuring an aggressive split Y-spoke center face framed by exposed perimeter assembly hardware, this iconic forged wheel directs light across its machined knife-edge facets to create striking visual depth. Built for extreme strength and weight optimization, the modular face utilizes back-pad lightening pockets to minimize rotational mass without compromising structural integrity.