Key takeaways
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NASCAR driver Matt DiBenedetto has partnered with MP Wheels for his C7 Corvette Grand Sport.
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The build features fully custom forged magnesium performance wheels designed to reduce rotational and unsprung weight.
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Lower wheel weight improves acceleration, braking, steering response, and suspension performance.
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Professional drivers prioritize performance upgrades that deliver measurable results behind the wheel.
- The partnership reflects MP Wheels' focus on engineering lightweight performance wheels for serious enthusiasts.
Matt DiBenedetto has spent his career searching for speed.
From his early days in karting to more than 240 NASCAR Cup Series starts and a national series victory in the NASCAR Craftsman Truck Series, he's spent years learning how small engineering changes can make a noticeable difference on track.
That's one reason his latest project stands out.
DiBenedetto recently partnered with MP Wheels to equip his Carbon 65 Edition C7 Corvette Grand Sport with a fully custom set of forged magnesium performance wheels. The build goes beyond appearance. His focus was reducing wheel weight, improving vehicle response, and choosing a wheel engineered around performance rather than compromise.
For MP Wheels, the collaboration reflects exactly what the company builds its products to accomplish.
Why Matt DiBenedetto Chose Forged Magnesium Performance Wheels
When introducing the new wheels on social media, DiBenedetto immediately focused on performance.
He pointed out that the forged magnesium wheels are significantly lighter than the factory wheels they replace, reducing rotational mass where it has the greatest influence on vehicle dynamics.
As he explained:
"They're way lighter than the stock wheels and also significantly stronger... you're saving rotational weight so the performance gain is heavily magnified because of it being that rotational mass."
That observation lines up with decades of vehicle engineering.
Reducing weight at the wheel affects more than the vehicle's total weight. Wheels rotate, accelerate, brake, and move with the suspension over every bump in the road. Removing weight from that part of the car improves several systems at once.
Drivers often notice quicker steering response, more immediate acceleration, stronger braking feel, and a suspension that follows the road with greater precision.
Those are measurable improvements, whether the car is on a racetrack or a favorite back road.
Engineering That Matches the Driver
DiBenedetto's Corvette also demonstrates another part of MP Wheels' philosophy: every wheel is built specifically for the vehicle and the owner.
Instead of choosing a standard gloss black finish, the team matched Chevrolet's Carbon Flash Metallic finish already found throughout the Carbon 65 Edition. A hand-painted blue pinstripe complements the factory accents, while custom "MattDRacing" engraving gives the wheels a personal signature.
The result looks factory-inspired rather than aftermarket.
Performance remains the priority, but premium engineering also deserves premium fit and finish.
Why Professional Drivers Focus on Wheel Weight
Professional drivers evaluate upgrades differently than most enthusiasts.
They're less interested in parts that produce impressive marketing numbers and more interested in improvements they can actually feel.
Wheel weight falls into that category.
Every pound removed from a wheel reduces rotational inertia and unsprung mass. The engine has less rotating weight to accelerate, the brakes have less rotating weight to slow, and the suspension has less weight to control over changing pavement.
Those gains don't require additional horsepower.
They improve how efficiently the vehicle uses the power it already has.
That's why lightweight performance wheels remain one of the most effective upgrades available for drivers who value handling as much as straight-line speed.
Why Forged Magnesium Continues to Set the Benchmark
Most aftermarket performance wheels are manufactured from aluminum.
Aluminum offers an excellent balance of strength, corrosion resistance, and cost, making it the right choice for many applications.
Forged magnesium moves even further toward maximum performance.
Because magnesium has a lower density than aluminum, engineers can remove additional weight while maintaining the structural integrity required for demanding driving. The forging process strengthens the material even further by compressing and aligning its grain structure.
The result is a wheel that's exceptionally light, extremely strong, and engineered for drivers who want every advantage available.
That's why forged magnesium has remained a preferred material throughout professional motorsport and continues gaining attention among high-performance road car owners.
A Partnership Built Around Performance
Matt DiBenedetto's career has been built on extracting the most from every opportunity behind the wheel.
That same mindset makes him a natural fit for MP Wheels.
Rather than focusing solely on appearance, the collaboration highlights what lightweight forged magnesium performance wheels contribute to the driving experience. Every engineering decision behind the wheel has a purpose, and every pound removed helps the vehicle respond faster and more precisely.
For enthusiasts who care about how a car drives as much as how it looks, those details matter.
MP Wheels continues to design custom forged magnesium performance wheels for drivers who expect measurable performance every time they get behind the wheel.
