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First BMW M EV to feature fake gear shifts, engine noise
BMW M's first electric sedan will feature emulated gear shifts and engine sounds to improve drivability and control in low-grip conditions, with exclusive patented technology.
- At BMW's international launch in Sotogrande, Spain, Philipp Brunn, BMW M project boss, revealed performance-specific driving modes, emulated gear shifting, and tailored propulsion sounds on the as-yet-unnamed M EV.
- BMW says the simulated shifts and sounds are intended to bridge internal-combustion and electric driving characteristics and provide a familiar experience while improving controllability in low-grip conditions.
- Technically, BMW pairs a unique gearing system for a quad-motor layout with performance-specific modes, patenting most features to keep them exclusive to BMW M models, echoing Hyundai's 'N e-Shift' torque-control concept.
- The M EV has been spotted testing on ice as BMW declined to confirm benchmarking, while rivals including Hyundai and Porsche explore similar simulated shifts and sounds, with Porsche building a prototype last year.
- BMW M will follow Hyundai's lead by incorporating simulated gear shifts and engine noise into its first electric M model, with patents held by BMW M positioning it to intensify competition.
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The 2027 BMW M3 electric comes with four motors, a large battery, gear simulation, and artificial sounds, bringing the classic M3 driving sensation to the EV era. Here are the details:
The Bavarian manufacturer aims for its first electric sports car to surpass the Hyundai Ioniq 6 N in driving experience.
·Budapest, Hungary
Read Full ArticleNot only does BMW now offer state-of-the-art electric cars, but its future ultra-sportive M3 also promises extraordinary potential on the same technical basis. Note that on some points, the German manufacturer will be inspired by Hyundai N.
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Leaning Left1Leaning Right1Center1Last UpdatedBias Distribution34% Left, 33% Center, 33% Right
Bias Distribution
- 34% of the sources lean Left, 33% of the sources are Center, 33% of the sources lean Right
34% Left
L 34%
C 33%
R 33%
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