BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque

 

A glimpse into the future of BMW’s electric performance

BMW has introduced the "Vision Driving Experience", a high-tech test vehicle designed to explore the next level of electric performance and efficiency. While this prototype won’t be produced, it serves as a testing platform for Neue Klasse models, showcasing BMW’s innovative "Heart of Joy" drivetrain and dynamics control system.

Cutting-Edge Technology

The Heart of Joy is a new drivetrain system that processes data 10 times faster than previous BMW models. This advanced system ensures precise control over acceleration, braking, steering, and energy recuperation. It is one of four major computing units that will be integrated into BMW’s next-generation electric vehicles.

Unmatched Power & Efficiency

  • The test vehicle boasts an incredible 18,000 Nm (13,269 lb-ft) of torque, ensuring unmatched power and stability.
  • 98% of daily braking is handled through energy recuperation, reducing wear on traditional brakes.
  • This improves efficiency by 25% and extends the vehicle’s range.

Unique Features

A standout feature of the Vision Driving Experience is its illuminated wheel rims, which change color based on driving actions:

  • Green for acceleration
  • Blue for energy recuperation
  • Orange for traditional braking

Future of BMW Electric Vehicles

Though the Vision Driving Experience won’t be sold, its Heart of Joy system will debut in the first Neue Klasse model, set to launch later this year at BMW’s Debrecen plant in Hungary.


BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque

BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque

BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque

BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque

BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque

BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque

BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque

BMW Unveils Powerful Test Vehicle with 13,269 Lb-Ft of Torque


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