Designed for Your Car. Engineered for Performance.

Custom Forged Magnesium Wheels

Not every performance vehicle fits a standard wheel.

Start Your Custom Wheel Design

MP Wheels offers fully custom forged magnesium wheels. Whether you're building a supercar, track machine, EV, or performance street car, our team can design and manufacture a fully bespoke wheel optimized for your exact platform. Every wheel is OEM & TÜV validated, forged using our proprietary magnesium process, and engineered for real-world performance.

Connect

Tell us about your vehicle.

Consult

Review your mockup and request further revisions, modifications, or enhancements.

Produce

Submit down payment and your wheel moves to production.

Deliver

Your custom forged magnesium wheels are delivered ready for installation.

Fully Custom Wheel Design

Unlike traditional wheel brands that limit you to preset styles and sizes, MP Wheels offers complete design freedom. If you can imagine it, we can engineer it. Custom options include:

  • Any wheel diameter and width
  • Custom offset and backspacing
  • Unique spoke designs created from scratch
  • Custom engraving (logos, text, special edition markings)
  • Personalized finishes and color options
  • Vehicle-specific load ratings and performance tuning

We Support All Makes & Models

MP Wheels can engineer custom forged magnesium wheels for nearly any performance vehicle.

15%

boost in fuel economy

Verified Material Performance

This isn’t theoretical performance. It’s validated metallurgy. After forging, every batch of material undergoes verification testing to ensure mechanical performance and consistency.

  • Grain size verification post-forging

  • Yield Tensile Elongation (YTE) testing

  • Ultimate Tensile Strength testing (up to 320 MPa)

  • Yield Tensile Strength testing (up to 210 MPa)

  • Elongation range: 6–10%

What 10-14lbs Per Corner Actually Means

Reducing rotational mass has a compounding performance effect. Unlike static weight reduction, wheel mass directly influences acceleration, braking, and steering dynamics.

  • Quicker throttle response
  • Reduced stopping distances
  • Improved steering precision
  • Less strain on suspension components

Browse Our Styles

Get things started by exploring the styles we've mastered.