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The BMW i4 (model code G26) is a battery electric compact executive car produced by BMW since 2021. It has a five-door liftback body style and is marketed as a four-door coupé . The initial concept version , named BMW i Vision Dynamics, debuted at the 2017 Frankfurt Motor Show .
In 2010, BMW introduced a system called "parking assistant" on the redesigned 5 Series to perform parallel parking. [14] Up to 2012, automatic parking systems were being developed by several automobile manufacturers. Ford and Lincoln offered active park assist on Ford Focus, Fusion, Escape, Explorer, and Flex and Lincoln MKS and MKT.
An early prototype iDrive (called the Intuitive Interaction Concept) was featured on the BMW Z9 concept in 1999. The production version debuted in September 2001 in the BMW 7 Series (E65) and was built on the VxWorks kernel [4] while the Navigation computer used Microsoft Windows CE for Automotive; [5] this can be seen when the system reboots or restarts after a software crash, displaying a ...
In addition, two option packages were available: Parking Assistant (+US$1,000, added backup camera and parking assistance) and Technology – Driving Assistant (+US$2,500, added wide-screen navigation, deceleration assistance, and adaptive cruise control). [37] [38] Wheel and tyre sizes varied by trim. [39]
BMW Assist (also branded as MINI Assist) is a telematic roadside assistance service offered by BMW. BMW Assist is similar to GM's OnStar or Mercedes-Benz mbrace services as they both use the cellular network and Global Positioning telemetry to locate or guide the vehicle. BMW Assist can provide turn-by-turn directions, remote unlocking, vehicle ...
The infotainment screen measures 10.25-inch as standard but with the BMW Live Cockpit Professional system (which is standard in some markets), measures 12.3-inches. The 5 Series now features the Parking assist system shared with the 3 Series, it has a Reversing Assistant function that enables the car to backtrack where it came from.
Emergency Driver Assistant technology continues to be one of the most popular driver assistance technologies [4] and, along with other assorted driver assistance technologies, are posed to become ubiquitous within the next decade. This popularity is considered by many experts to be the path forward for acclimating the public to automated ...
The reliance on data that describes the outside environment of the vehicle, compared to internal data, differentiates ADAS from driver-assistance systems (DAS). [8] ADAS rely on inputs from multiple data sources, including automotive imaging, LiDAR, radar, image processing, computer vision, and in-car networking.