The Weld Racing Laguna S107 is a premium forged aluminum wheel that combines championship-winning performance with striking style. Manufactured in the USA at Weld's 140,000 square-foot facility in Kansas City, Missouri, this 20x11 wheel features a stunning Gloss Black Milled finish that delivers aggressive aesthetics for street, strip, and track applications.
Premium Forged Aluminum Construction:
Crafted from the highest grade forged aluminum using Weld's proven manufacturing process, this wheel offers an exceptional strength-to-weight ratio that cast wheels simply cannot match. The forging process eliminates air pockets and voids, creating a denser, stronger wheel structure capable of withstanding extreme racing conditions. Each wheel undergoes rigorous F.E.A. analysis and in-house destructive testing before leaving the facility.
Key Features:
- 20-inch diameter x 11-inch width for aggressive fitment and performance
- Gloss Black Milled finish with precision-machined accents
- Forged aluminum construction for maximum strength and minimal weight
- Three-piece modular design with welded assembly
- Forged billet center and cold-forged rim shells manufactured in-house
- Race-proven design trusted by NHRA champions and professional racers
- Available with optional beadlock configuration for ultimate tire retention
Racing Heritage:
Weld Racing was founded in 1967 by championship Sprint Car driver Greg Weld, who engineered his own wheels after struggling to find reliable racing options. That racing DNA continues today, with Weld wheels proven at speeds exceeding 330 mph and backing 24 consecutive NHRA Pro Stock championships. The Laguna S107 brings this same track-tested engineering to street and performance vehicles.
Whether you're building a Pro Touring muscle car, modern performance vehicle, or weekend drag racer, the Weld Laguna S107 delivers the perfect combination of lightweight performance, structural integrity, and head-turning style. Each wheel is precision-engineered to handle extreme acceleration, cornering forces, and the demanding conditions of high-performance driving.