The BMW Group is the technology partner of the German Bobsleigh, Luge and Skeleton Federation. Using 3D printing processes, the BMW Group develops and produces personalized spike plates for the German bobsleigh national team to make the athletes even faster at the start. The video explains the process and includes interviews with BMW specialists and athletes.

The BMW Group is "Mobility Partner of the German National Biathlon Team" and provides the team with the opportunity to optimize aerodymics in the BMW Group wind tunnel. The video shows the wind tunnel testing and contains interviews with the experts from BMW and DSV.

For the first time ever, the German National Biathlon Team was able to perform tests in a wind tunnel thanks to DSV Biathlon Mobility Partner BMW. In the different wind speeds and directions generated in the controlled laboratory conditions in the BMW Group's Aerolab, the DSV men were able to analyse their body posture, their reactions to different conditions, and the movement of their weapons when shooting whilst standing. This video contains a best-of the tests from various angles including quotes.

In early December, BMW provided nearly 30 young people from DEIN MÜNCHEN with a special day: First, they received an exclusive insight into the diverse world of the BMW Group at the BMW Museum, then they had the opportunity to cheer on FC Bayern Munich Basketball at a home game in BMW Park. The video shows the various stages that the young people from DEIN MÜNCHEN went through from the BMW Museum to BMW Park. Additionally, the video includes interviews with the relevant protagonists.

The fully electric BMW i5 M60 ist the Winner’s Car of the 2024 BMW Open and is built at the BMW Group Plant Dingolfing. Tournament Director Patrik Kühnen visited the plant and checked the car at quality control. The video shows Kühnen at the plant and contains quotes.

This video showcases the BMW G65's advanced Automated Driving, Safety, and Parking technologies through a combination of interior and exterior perspectives designed to clearly demonstrate each system in operation. The edit focuses on highlighting how the vehicle interacts with its surroundings while providing a visual representation of the technology and driver experience. Interior footage emphasizes the driver's perspective, featuring the steering wheel, instrument cluster, center display, and primary user interface elements as various assistance systems are activated and utilized. Exterior coverage complements these views by capturing the vehicle's movements during automated driving functions, safety interventions, parking maneuvers, and low-speed autonomous operations. Multiple camera angles are used throughout to provide a complete understanding of each feature's behavior, functionality, and real-world application. The result is a comprehensive visual overview of the G65's driver assistance technologies, illustrating both the user experience inside the cabin and the vehicle's actions from an outside perspective.