The BMW Group uses gaming technologies: No, the BMW Group is not developing its own race simulations with sporty BMWs (find out more at BMW.com). At least, not yet. But it is using the same simulation technology: game engines now support collaboration between sites and provide the basis for decisions around the future, for instance by allowing users to work on new models or production systems in virtual environments.
The graphic quality of today's video games makes it almost impossible to distinguish between virtual and actual reality. And just like the visuals, the physical behaviour of characters and objects is becoming ever more realistic too. It's an advance the BMW Group is capitalising on. In development, for example, the technology is now being used to visualise cars highly realistically in a simulated environment. Here, though, the users are not gamers but vehicle designers and engineers, who can now use the BMW-developed tool to assess the vehicles they are creating from a range of perspectives and discuss them in minute detail. Like the players of a multi-player game, engineers from sites around the world can now get together in the virtual world to collaborate on their vehicles.
Game engines are also used to plan new manufacturing systems and production line conversions. Process and logistics planners can use their application to plan and build new systems in a virtual assembly hall. They can also use the simulated environment to check and optimise production processes and the sequence of systems before setting them up in the real world. It’s thanks to this innovative solution that the BMW Group was able to press ahead with the conversion of Plant Munich despite the Covid lockdown in spring, and prepare it in good time for production of the new, fully electric BMW i4 to begin.
Virtual worlds are also an opportunity for customers to take a deep dive and experience their personally configured vehicles photo-realistically and from any angle in a range of different environments. Every BMW and MINI model can be reconstructed, with any optional equipment, rendered in real-time, and presented to the customer. Doors and luggage compartments can be opened, and soft-tops folded down. And it goes without saying that customers can even get into their car, to try before they buy. The whole experience takes place at a screen in a BMW dealership, using VR goggles in a BMW Showroom, or contactlessly via a link which customers can access from the comfort of their own home.
The Additive Manufacturing Campus: Vehicle parts directly from the printer.
The BMW Group opened its Additive Manufacturing Campus for business. The new facility will be the central hub for production, research and training in 3D printing. The BMW Group is a leader in the field of industrial-scale 3D printing, and already produced and fitted over 300,000 “printed” components last year.
Which motorsports fan doesn’t dream of slipping behind the wheel of a race car and driving it to victory on a legendary racetrack like the Nürburgring or Hockenheimring? Of course, only very few people actually get the chance to take the controls of a powerful professional car and put it through its paces. But sim racing can turn these dreams into reality. It offers motorsports enthusiasts a realistic racing experience, where they can give their passion full rein with Project Cars, the eSports WRC Championship or Formula One eSports series. The races are based on the world’s leading sim racing platform, iRacing, combined with full-motion simulators for a more realistic driving feel than ever before.