Audi A2 e-tron Production Begins at Ingolstadt Plant

Audi Begins A2 e-tron Production in Ingolstadt

Audi A2 e-tron production officially began on September 11 at the company’s Ingolstadt plant in Germany, marking the start of manufacturing for the electric vehicle at the facility. Audi has compressed the vehicle’s development process by 21 months compared with previous projects. The production launch also introduces several manufacturing changes at Ingolstadt, including a production system that Audi has previously used at its Neckarsulm plant. The approach is designed to connect vehicle orders more closely with assembly operations, while the plant’s flexible production structure allows the A2 e-tron to share body production facilities with the Audi A3. These measures enable Audi to use existing manufacturing resources while reducing the requirement for additional equipment and investment.

String-of-Pearls System Changes Production Planning

For the first time at the Ingolstadt plant, Audi is applying its “string-of-pearls” production system, which is already used at the company’s Neckarsulm facility in Germany. Under this system, vehicle orders are finalized six days before assembly and then followed through the entire production process. This approach connects the finalized order with subsequent manufacturing stages rather than treating production planning as a separate activity. The implementation represents a change in how the Ingolstadt operation coordinates vehicle production and order information. By integrating the order into the manufacturing process earlier, Audi is applying a production method that has already been established at another facility while adapting it to the requirements of the A2 e-tron program.

Flexible Manufacturing Supports Audi A2 e-tron and A3

The Ingolstadt plant’s flexible production setup allows the A2 e-tron to share body production facilities with the Audi A3. This flexibility enables the facility to accommodate the new electric vehicle without requiring a completely separate body production infrastructure. Audi is also reusing more than 1,200 existing production components and approximately 250 robots for the A2 e-tron manufacturing process. Reusing these resources reduces the need for new equipment and limits additional investment associated with establishing production. The approach demonstrates how existing manufacturing assets can be incorporated into a new vehicle program while maintaining the plant’s ability to produce different models. It also supports Audi’s effort to shorten development and production preparation compared with previous projects.

Automated Wheel Installation Expands at Ingolstadt

The plant is also introducing fully automated wheel installation for the A2 e-tron. Robots are replacing the previous semi-automated systems used to fit the front and rear axles, increasing the level of automation in this part of the assembly process. The change shifts wheel installation further toward robotic operation and removes the need for the earlier semi-automated arrangement. It forms part of the broader manufacturing changes being introduced alongside production of the new electric vehicle. By applying automation to axle and wheel installation, the Ingolstadt facility is integrating additional robotic operations into the vehicle assembly sequence. The implementation is another example of Audi using its existing production infrastructure while adding automated processes for specific manufacturing tasks.

AI and Camera-Guided Robots Assist Body Shop Work

In the body shop, Audi is using AI-based image processing together with camera-guided robots to identify and pick up components from containers. The technology allows the robots to recognize components and guide their handling during production, particularly for small sheet-metal parts. This reduces physically demanding work associated with handling these components and enables robots to take over the automatic picking process. The combination of image processing and camera guidance therefore extends automation beyond conventional assembly operations into component identification and handling. At the Ingolstadt plant, these systems are being incorporated into the A2 e-tron production process alongside automated wheel installation and the reuse of existing robots and production components, creating a broader automation strategy around the vehicle’s manufacturing launch.

Industry Impact & Outlook

Audi’s A2 e-tron manufacturing launch highlights how flexible plants can support new electric vehicles by combining existing infrastructure, shorter development cycles, and targeted automation. Reusing more than 1,200 production components and around 250 robots can reduce the need for new equipment, while the expanded use of robotics and AI-based image processing changes how selected manufacturing tasks are performed. The use of the “string-of-pearls” system also links finalized orders directly to production execution. For Audi, the approach provides a model for introducing an EV within an established manufacturing environment rather than relying entirely on dedicated facilities. The experience at Germany’s Ingolstadt plant could therefore inform how future vehicle programs use flexible production capacity and automation.

Frequently Asked Questions

What changed with Audi A2 e-tron production at Ingolstadt?
Audi introduced several manufacturing changes at Ingolstadt, including a new production-planning system, automated wheel installation, and AI-assisted robotic component handling. The A2 e-tron shares body production facilities with the Audi A3, while Audi is reusing more than 1,200 existing production components and around 250 robots. The vehicle’s development process was also shortened by 21 months compared with previous projects. In the body shop, AI-based image processing and camera-guided robots identify and pick components from containers, reducing physically demanding work and expanding automated handling of small sheet-metal parts.