Technology — VIVE Wheels

Performance car and wheels in a dark studio

From materials science to precision manufacturing, engineering drives every stage of VIVE wheel development.

Materials determine a product’s potentialengineering determines its qualityand continuous innovation determines its future

VIVE has established a comprehensive quality management system covering development, manufacturing, quality control, and continuous improvement. From raw material selection and process control to precision machining and final verification, every stage follows unified engineering standards and international automotive quality requirements, supported by full-process traceability and data management to ensure stable, reliable, and safe products while continuously improving manufacturing quality and production stability.

development
manufacturing
quality control

QUALITY
CONTROL

ORIGINAL DESIGN

Translating design intent into a refined product architecture.

SIZE & CONFIGURATION

Defining precise dimensions, proportions, and structural parameters.

VEHICLE FITMENT

Engineering seamless integration with the vehicle platform.

DETAIL & PROPORTION

Refining every surface, transition, and functional detail.

FINISH SELECTION

Curating finishes that balance material character and visual precision.

DEV PEV

Developing, validating, and optimizing performance through rigorous engineering evaluation.

ACTUAL VEHICLE VERIFICATION

Validating fitment, performance, and visual integrity on the actual vehicle.

FINAL PRODUCT

Bringing validated engineering and refined design into final production.

VIVE uses T6-6061 aluminum alloy as its primary material, while continuously exploring the use of advanced materials such as high-performance aluminum alloys, magnesium alloys, and carbon fiber. By continuously optimizing material properties and manufacturing processes, VIVE achieves higher structural strength, lower weight, and improved durability in its products.

All products must undergo digital engineering validation (DEV) before being released into production. For racing vehicles, new technology platforms, and research and development projects, additional performance engineering validation (PEV) is required to meet higher standards in terms of performance, safety, and reliability.