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Added on the 04/10/2021 08:09:13 - Copyright : Auto Moto EN
The new BMW 5 Series, including the all-new fully-electric BMW i5, celebrated the official start of production today at BMW Group Plant Dingolfing, in the presence of Bavarian Minister-President Markus Söder. The site in Lower Bavaria, which is celebrating 50 years of BMW automotive production in 2023, has now ramped up its third fully-electric model in two years, following the BMW iX and BMW i7. Pure battery-electric vehicles’ share of total production at the BMW Group’s largest European manufacturing location is projected to increase to over 40 percent next year.To achieve this, the BMW Group is relying on flexible architectures and offering most of its models to customers around the world with different drive train variants. The BMW 5 Series – like the BMW 7 Series and BMW X1 before it – will be available with a fully-electric drive train or internal combustion engine, or as a plug-in hybrid. This requires a high degree of flexibility, but allows the company to utilise its plants’ capacity efficiently and adjust its offering to customer demand. Nedeljković: “We are following the market. Customer requirements determine what the actual drive train mix looks like.” This has been made possible by extensive investments in the production network. The BMW Group has invested more than one billion euros in integrating the BMW iX, BMW 7 Series and BMW 5 Series at the Dingolfing vehicle plant.
BMW Group has announced today a new investment of more than £600 million in the MINI factories at Oxford and Swindon. “With this new investment we will develop the Oxford plant for production of the new generation of electric MINIs and set the path for purely electric car manufacturing in the future,” said Milan Nedeljković, Member of the Board of Management of BMW AG responsible for production.The Oxford plant is gearing-up to build two new all-electric MINI models from 2026, the 3-door MINI Cooper and the compact crossover MINI Aceman. By 2030 production will be exclusively electric and the BMW Group will have spent over £3bn on its Swindon, Hams Hall and Oxford plants since 2000.
The scene resembles a well-rehearsed play: Four robots stand in the processing booth, surrounding a freshly painted body. As if on command, the robots begin working on the surface of the body. They sand it, apply the polishing compound, polish, change the attachments and switch out the sandpaper. Cameras track the scenario. “What is unique here is that the robots work on each body exactly where needed – because the tiny specks and bumps that can appear after the topcoat is applied and that we want to remove are in different spots on each vehicle,” explains Stefan Auflitsch, head of Production Paint Application and Finish at BMW Group Plant Regensburg. “Robots are normally programmed to follow the same pattern until they are reprogrammed. Using artificial intelligence allows them to work in a more tailored manner. With up to 1,000 vehicles going through the finishing process every working day, that adds up to 1,000 unique processes.
The scene resembles a well-rehearsed play: Four robots stand in the processing booth, surrounding a freshly painted body. As if on command, the robots begin working on the surface of the body. They sand it, apply the polishing compound, polish, change the attachments and switch out the sandpaper. Cameras track the scenario. “What is unique here is that the robots work on each body exactly where needed – because the tiny specks and bumps that can appear after the topcoat is applied and that we want to remove are in different spots on each vehicle,” explains Stefan Auflitsch, head of Production Paint Application and Finish at BMW Group Plant Regensburg. “Robots are normally programmed to follow the same pattern until they are reprogrammed. Using artificial intelligence allows them to work in a more tailored manner. With up to 1,000 vehicles going through the finishing process every working day, that adds up to 1,000 unique processes.
The scene resembles a well-rehearsed play: Four robots stand in the processing booth, surrounding a freshly painted body. As if on command, the robots begin working on the surface of the body. They sand it, apply the polishing compound, polish, change the attachments and switch out the sandpaper. Cameras track the scenario. “What is unique here is that the robots work on each body exactly where needed – because the tiny specks and bumps that can appear after the topcoat is applied and that we want to remove are in different spots on each vehicle,” explains Stefan Auflitsch, head of Production Paint Application and Finish at BMW Group Plant Regensburg. “Robots are normally programmed to follow the same pattern until they are reprogrammed. Using artificial intelligence allows them to work in a more tailored manner. With up to 1,000 vehicles going through the finishing process every working day, that adds up to 1,000 unique processes.”
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