We were quite tempted to select the Sci-Fi category for this story but this isn’t fiction. The BMW Group will provide a glimpse into the interior of the future at the Consumer Electronics Show (CES) 2017 in Las Vegas. The BMW HoloActive Touch system, for example, will be making its debut at the show. This interface between the driver and vehicle acts like a virtual touchscreen; its free-floating display is operated using finger gestures and confirms the commands with what the driver perceives as tactile feedback. BMW HoloActive Touch is part of the BMW i Inside Future study, which gives visitors to the CES, taking place on January 5 – 8, 2017, an impression of the mobility experience set to be offered by seamlessly connected and autonomously-driving cars in the future.
Image of BMW Vision Next 100 for representation purpose only
What is BMW HoloActive Touch?
BMW HoloActive Touch brings together the advantages of the BMW Head-Up Display, BMW gesture control and direct touchscreen operation, and adds extra features to create a unique form of user interface. For the first time, the functions can be controlled without any physical contact with materials, but the technology still enables the visible and tangible driver-vehicle interaction familiar from conventional touchscreens. BMW HoloActive Touch also allows the user to access the wide variety of services provided by BMW Connected.
BMW HoloActive Touch takes operating these functions and interacting with the vehicle to another level. Similarly to the Head-Up Display, the image of a full-colour display is generated by clever use of reflections – but now in free-floating form within the interior rather than through projection onto the windscreen. It displays flexibly configurable control pads and is visible to the driver next to the steering wheel at the height of the centre console. A camera detects the driver’s hand movements within this ergonomically user-friendly area, and registers the position of their fingertips, in particular. As soon as a fingertip makes contact with one of these virtual control surfaces, a pulse is emitted and the relevant function is activated.
