JW Racing & Fabrication

JW Racing & Fabrication LLC is a custom automotive fabrication shop based in Seymour, Connecticut, serving performance, racing, and off-road enthusiasts with quality metalwork and build-focused solutions. Established in 2006, the shop is known for craftsmanship, attention to detail, and personal service.

🧰 Custom Fabrication 🔥 Welding (MIG/TIG) 🏁 Performance Builds 🛡️ Roll Cages 🔧 Exhaust & Chassis

What We Do

Every project is custom. We help customers turn ideas into real-world solutions—from safety upgrades to performance improvements and one-off fabrication that standard shops don’t offer.

Custom Fabrication & Welding

Precision metal fabrication using MIG and TIG welding.

Performance & Racing Builds

Support for racing and performance applications with durability and fitment in mind.

Roll Cages & Chassis Reinforcement

Safety-focused structural fabrication for demanding environments.

Custom Exhaust & Suspension Work

Custom exhaust systems and suspension modifications.

Sheet Metal & Specialty Parts

Clean, strong, custom parts built to last.

Why Choose JW Racing & Fabrication

  • Experienced & passionate — nearly two decades of fabrication work.
  • Craftsmanship first — precision and durability.
  • Custom-focused — problem-solving for unique builds.
  • Trusted locally — quality work and service.
JW Racing & Fabrication Chassis Image

Hours
Monday – Friday
9:00 AM – 6:00 PM


JW Racing & Fabrication Chassis Image

Custom Aluminum

Intercoolers


We design and weld custom intercoolers in-house, built to your exact specifications. Any size, any configuration—engineered for optimal airflow, durability, and performance in demanding applications.

Custom TUBUlAR

CHASSIS


We fabricate custom tubular race chassis in-house, tailored to your application and rule set. Built for strength, precision, and repeatable performance on track

Custom Piping

Turbo Manifolds


We fabricate and weld custom turbo piping and exhaust manifolds in-house, built to your exact specifications. Designed for optimal flow, durability, and performance in high-heat, high-boost applications.