The Steeleson Engineering team is experienced in the design and manufacture of custom exhausts. Whether for general use, testing or fit-for-purpose evaluations, our exhausts are of outstanding quality. We specialise in the design and fabrication of custom exhaust systems. Some common applications include modern and classic cars, kit cars, unique projects, road and race builds.
At Steeleson, we undertake a lot of work for the motorsport industry. This includes designing and fabricating exhausts and manifold for high-performance sports cars and motorbikes. One effective solution to improve engine performance is to replace the original parts with a custom-built, high-efficiency system.
We construct each of our exhaust systems using custom built components to suit each vehicle & can manufacture in lightweight stainless steel & titanium materials, we work hard to produce the perfect exhaust system for your application. Call our team on 01772 682410 for more information.
Steeleson’s unrivalled capabilities makes us the perfect choice to build custom exhausts. We have previously built fully customised components and systems for an array of different applications, including the motorsport industry. Our technicians have designed and crafted exhausts and manifolds for high performance sports cars.
If you require a single part for one custom engine or a large number of consistently mechanised products, don’t hesitate to get in touch. Our previous experience includes working with some of the UK’s largest and most demanding engineering development clients. One simple method of enhancing engine performance is to replace its exhaust gas system with a high-grade one.
Steeleson Engineering is an exhaust system manufacturing company that specialises in creating fully-functional prototypes that can be used in transport and power generation systems.
Our impressive list of clients relies on our experience and skill, but the most highly-valued element of our service is our ability to complete the most difficult and complex of engineering challenges.