BMW Group says it has extensively modernised its Munich plant for production of Neue Klasse vehicles, combining new manufacturing areas with robotics, digital production tracking and artificial-intelligence-assisted quality checks. In its 2 April 2026 announcement, BMW said series production of the second Neue Klasse model, the BMW i3, was scheduled to begin at the site in August 2026. The supplied evidence does not provide a later update confirming whether that milestone occurred. BMW also said the plant was planned to produce only all-electric vehicles from 2027.

The company says the transformation represents an investment of approximately €650 million. Production of up to 1,000 vehicles per day continued while the redevelopment was carried out.

The announcement describes a manufacturer-led production plan rather than an independent assessment of factory performance.

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A factory rebuilt around the Neue Klasse

BMW says the redevelopment created a new body shop, vehicle assembly area and logistics areas across an area equivalent to approximately one-third of the Munich plant's footprint.

The changes affect several stages of production:

  • The press shop forms steel and aluminium boards into tens of thousands of components per day using highly automated press lines.
  • A new body shop uses 800 industrial robots for joining processes.
  • The paint shop has automated surface inspection and processing systems.
  • Vehicle assembly connects vehicles, systems and tools through digital production processes.
  • Logistics systems are being redesigned to move parts to assembly with less internal transport.

BMW says the Munich body shop was planned and realised using a “virtual twin”.

The company also says the number of joining processes was reduced to five, with the aim of lowering process complexity. It describes the body shop as having an automation rate of approximately 98 percent for standardised processes. That figure is a BMW claim; the source does not provide an independent audit or a detailed definition of how the rate was calculated.

Robots and AI across the production line

The factory's automation is not limited to moving parts or operating machinery. BMW describes several systems that inspect components, record production information and respond to detected variations.

In the press shop, an AI-assisted camera system checks components before they are transported to the body shop. The source does not specify the system's technical architecture, training data, accuracy, false-positive rate or the extent of human oversight. As a result, the announcement establishes that BMW is using such a system, but not how well it performs compared with manual inspection or other automated approaches.

The paint shop uses camera- and AI-assisted automated surface inspection to identify and digitally document surface deviations. BMW says automated surface processing can address detected variations while production is running.

The paint shop also uses an electrically powered eRTO exhaust-air purification process, heat and energy recovery, and water-saving cycles. BMW lists these as features of the redesigned facility, but the source does not quantify their energy or water savings.

Material handling in the press shop is also designed to recover production offcuts. BMW says steel and aluminium remnants are collected and sorted before being used to manufacture new steel or aluminium coils. The announcement does not provide recovery rates, the proportion of material supplied through this process or a lifecycle assessment of the resulting materials.

Digital assembly and a more automated logistics system

BMW describes the assembly area as an end-to-end digital system in which vehicles, production systems and tools are interconnected. Digital live tracking and automated inline quality checks are intended to provide information during production.

During assembly, BMW says the BMW i3 digitally transmits the status of up to 20,000 features to the production system. The announcement does not list those features or explain the data architecture, but the stated purpose is to give the production system a detailed record of the vehicle's assembly status.

The plant's logistics operation currently moves approximately 2.5 million parts per day, according to BMW. The company says approximately 70 percent of parts will in future be delivered directly to assembly workstations. Direct-to-workstation delivery is intended to reduce internal transport distances and the amount of space required for intermediate storage, although the source does not quantify the expected reduction.

BMW also plans for automated supply systems, smart transport robots and driverless transport systems to handle approximately 60 percent of logistics supply tasks. A central digital logistics control station is intended to coordinate logistics processes and support data-driven optimisation.

These are partly future targets rather than measurements of completed performance. The source does not establish that the planned 70 percent direct-delivery share or 60 percent automated logistics share has already been reached.

The Munich site also contains an in-house seat-manufacturing operation. BMW describes it as a “plant inside a plant”: it makes seats for models produced at Munich and supplies them directly to vehicle assembly on a just-in-sequence basis.

The plant's regional production network

The Munich factory is part of a wider BMW production network for the Neue Klasse vehicles.

BMW says high-voltage Gen6 batteries for the BMW i3 will be supplied by its Irlbach-Straßkirchen plant in Lower Bavaria. BMW identifies the batteries as Gen6, but the supplied source does not provide detailed battery specifications, capacity, chemistry, charging performance or range.

BMW says the BMW i3's Gen6 electric motor is produced at BMW Group Plant Steyr in Austria. BMW says core components including the rotor, stator, inverter and transmission are made at that site.

The Munich plant will therefore draw on components manufactured at other BMW facilities. The source does not state whether the planned production milestones depend on additional supplier-readiness conditions or other approvals, and it does not describe alternative supply arrangements.

What BMW's announcement does and does not establish

BMW is presenting the project as the transformation of an existing plant for electric-vehicle production. Its main elements are new production structures, extensive robotics, digitally connected assembly, automated inspection and planned logistics automation.

BMW says the Munich plant will produce exclusively all-electric vehicles from 2027. It also says production costs will fall by a further 10 percent when BMW i3 production begins, compared with the current vehicle generation. That cost reduction is a company claim from the plant manager, and the source provides no independent comparative baseline or breakdown showing how much comes from robotics, factory redesign, digital systems or other factors.

The evidence supports the following narrower conclusions:

  • Munich has undergone substantial physical and digital redevelopment for Neue Klasse production.
  • BMW has installed or described specific automation and inspection systems, including 800 body-shop robots and AI-assisted camera systems.
  • In its 2 April 2026 announcement, BMW said BMW i3 series production was scheduled to start at the plant in August 2026. The supplied evidence does not confirm the later status of that milestone.
  • Several logistics and production targets concern planned future operation rather than independently measured results.

The announcement does not establish the BMW i3's price, range, commercial launch date or market availability. It also does not establish the redesigned plant's actual productivity, defect rate, energy consumption, emissions performance or lifecycle environmental impact. Those outcomes will require operating data after the systems and production plans are in use.

Sources