The Audi A2 e-tron is showing how automakers are adopting faster development strategies as the global auto industry responds to the speed and pricing advantages of Chinese domestic automakers. Nissan is pursuing a similar approach with the upcoming Rogue e-Power, using shorter development timelines and simpler production strategies to bring new vehicles to market more quickly.
Audi Cut A2 e-tron Development by 21 Months
Although the Audi A2 e-tron was only fully revealed earlier this week, production is already beginning at Audi’s Ingolstadt factory. The automaker shortened the vehicle’s development timeline by 21 months compared with previous comparable projects.
Audi achieved the faster timeline without adding engineers. Instead, the company applied lessons learned from other vehicles and used existing parts from other models to reduce pre-production testing and inspection requirements.
Audi did not specify exactly how long it took to develop the subcompact e-tron from concept to production. However, the 21-month acceleration is significant because most vehicles take between four and seven years to develop. Based on those figures, the A2 was likely at least 25 percent quicker to idealize than its Q4 and Q6 e-tron family members.
Parts Sharing Helps Audi Scale Production
Audi was also able to move the retro-tinged A2 into production more easily than in the past, largely through parts sharing. The electric vehicle is built on the same assembly line as Audi’s entry-level internal combustion car, the A3, while using significantly fewer unique part numbers.
Parts commonality can sometimes make vehicles feel less distinctive and more commodified. For an inexpensive electric hatchback, however, Audi’s approach allows the benefits of simplified production to outweigh those drawbacks.
Audi Uses a More Efficient Production Process
Production of the A2 also uses a more efficient system known as the string-of-pearls philosophy, which Audi has already implemented at its Neckarsulm factory.
Under the process, a large sequence of customer orders is finalized six days before production of the batch begins. Audi and its suppliers can then ship the required components in large, serialized batches.
The approach is designed to reduce costs and improve quality by making production more efficient and repetitive.
Nissan Accelerates the Rogue e-Power
Nissan is applying similar lessons with the upcoming Rogue e-Power, which will feature the automaker’s first use of a series-hybrid powertrain in a U.S. product.
The Rogue e-Power was originally planned for a 2027 calendar-year market launch. However, increased pressure from rivals including the hybrid-only Toyota RAV4 and forthcoming Hyundai Tucson prompted Nissan to accelerate the vehicle’s arrival in North America.
Like Audi, Nissan is also reducing manufacturing complexity. When the Rogue e-Power launches in November, it will be offered in only a single trim.
Nissan Targets Faster Vehicle Development
As production of the Rogue ramps up in Japan, Nissan plans to make additional trims and powertrains available to U.S. dealers. The strategy is intended to give the company’s most popular nameplate a head start in attracting American customers.
Nissan is also targeting a 50 percent reduction in vehicle development time as it works to introduce new cars more quickly. The reintroduced Skyline will lead that effort.
The program will use generative design and artificial intelligence to assist human engineers with more complex problems, including challenges involving seemingly conflicting goals for efficiency and performance.
Audi’s accelerated A2 e-tron program and Nissan’s revised approach to the Rogue e-Power reflect similar efforts to reduce development and manufacturing complexity while bringing vehicles to market faster.
