OEM's and Tuners
Growing adoption of carbon hybrid wheels by major OEMs
Carbon hybrid wheels are now being adopted by leading OEMs across performance, premium and luxury vehicle segments as they seek to deliver higher levels of dynamic capability, efficiency and design distinction. Once limited to specialist applications, this technology has moved firmly into mainstream OEM development programmes and is increasingly being specified for both high-performance road models and next-generation EV platforms.
Performance advantages of carbon hybrid wheels
Carbon hybrid wheels deliver a major step forward in performance through significant reductions in weight and moment of inertia. By cutting unsprung mass at each corner, they improve acceleration, braking response, steering feel and ride refinement. For electric vehicles, the benefits are even greater, helping to extend range and improve efficiency while also reducing the energy required during acceleration.
OEM supply demands
scalability, reliability, compliance
To supply advanced wheel technology at the OEM level requires proven capability in safety validation, process control, quality consistency and production scalability. OEM partners must be able to trust that every wheel meets the most stringent global safety and homologation standards, while also being delivered on time and to exacting programme requirements. DYMAG® operates to Tier 1 standards to meet these demands.
heritage, patents, BORBET integration
DYMAG® is a pioneer in composite wheel technology with decades of experience and a track record in both motorsport and advanced OEM programmes. Our patented carbon hybrid designs have been engineered and proven through extensive testing and real-world validation. Now supported by BORBET, one of the world’s largest OEM aluminium wheel manufacturers, DYMAG® combines innovation with global production strength and supply capability.
Safety advantages of patented DYMAG® technology
Safety is engineered into every DYMAG® wheel. Our patented carbon hybrid architecture is designed to maintain structural integrity during impact and prevent sudden tyre air loss. Features such as bead seat retention technology help ensure controlled performance in extreme conditions, giving OEMs confidence that DYMAG® wheels meet the highest safety standards demanded for road use.
Get in touch with us to discuss your projects and requirements.
DYMAG® partners with leading OEMs and world-class tuners to bring the future of wheel technology to both factory programs and aftermarket builds. Whether you’re developing a flagship model or redefining a tuned masterpiece, our team collaborates closely to engineer wheels that enhance handling, reduce weight, and embody the spirit of performance.
OEM success story
Hyundai N collaboration
DYMAG® has partnered with Hyundai N and Hankuk Carbon to develop a production-ready carbon hybrid wheel. The collaboration demonstrates how DYMAG® technology can be seamlessly integrated into OEM platforms to deliver measurable gains in performance and efficiency. The first wheel was showcased with the Hyundai IONIQ 5 N at the Goodwood Festival of Speed.
Hyundai IONIQ 5 N
BX-F™ – DYMAG® styled
- Ioniq 5N option wheel
- 21” x 9.5”
- Carbon-Aluminium hybrid
- 25% weight saving vs forged standard wheel
- 38% inertia saving
Featured OEM Projects
Gunther Werks
BX-F™: Client styled
Front: 18” x 11”
Rear: 18 x 13”
OPUS AMG GT Black Series
BX-F™: Dymag styled
- Front: 19” x 10”
- Rear: 20” x 11”
lm25 Mclaren series by Lanzante
BX-E 5X: styled by Dymag for Lanzante
- Front: 19” x 9.5”
- Rear 20” x 12.5”
- Built as tribute to the McLaren F1 1995 Le Mans 24h winner prepared by Lanzante.
Latest BAC Mono-R launched in 2020
First DYMAG® OEM project in 2017 (Single seater, street legal supercar)
BX-E – client styled
- Front: 17” x 7.5”
- Rear: 17” x 9.0”
Naran
BX-E: 5Y client styled
Front & Rear: 20” x 10.5.
Radford P62-2
BX-F™: Client styled
- Front: 18” x 8”
- Rear: 19” x 10”
Adventador
Specifications
- Front: 20” x 9.0”
- Rear 20” x 12.5”