Nissan Shortens Vehicle Development Cycle by Adopting Chinese R&D Practices
Nissan has reduced its new vehicle development cycle from 50 months to 37 months, and derivative models to 30 months, by adopting agile decision-making and digital technologies. The company is leveraging AI modeling, digital twins, and virtual reality to minimize reliance on physical prototypes. This shift highlights the intense pressure legacy automakers face to match the rapid 18-to-24-month development cycles of Chinese competitors. Adapting to these faster timelines is becoming critical for the survival of traditional car manufacturers in the rapidly evolving global market. To accelerate the process, Nissan streamlined its management by giving project directors sole decision-making authority and utilized autonomous driving technology for overnight testing. Despite these improvements, Nissan executives note that cultural differences, such as China's round-the-clock work culture, make it difficult to fully match Chinese development speeds.
## BACKGROUND
Traditionally, developing a new vehicle took around four to five years due to sequential design phases and extensive physical crash and safety testing. Digital twin technology creates virtual replicas of physical vehicles, allowing engineers to simulate performance, run tests, and identify design flaws digitally before manufacturing physical prototypes.