by Future Technologies from Lamborghini
The future of automobiles may become not only faster or more eco-friendly but also smarter. Lamborghini is exploring next-generation technologies that could change the interaction between cars and drivers. Central to this concept is the use of artificial intelligence capable of adapting the car’s behavior according to the driving style and even the driver’s mood.
According to Lamborghini’s Chief Technical Officer Rouven Mohr, the company has already begun using machine learning to manage torque, distributing it depending on the surface and driving style. For example, the system can limit some electronic safety systems if it detects an experienced driver behind the wheel.
Teaching the Car
Mohr gave an example of how the system adapts over time:
If the algorithm recognizes that the driver consistently uses too much steering angle in every turn, it will create more understeer. If you have a steer-by-wire system, the algorithm learns and subsequently does not provide the driver with such a large steering angle to avoid this.
In the future, such systems could be enhanced with driver monitoring to determine the desired driving experience.
The car will be smart enough to detect whether you want to have fun, or if the car is drifting a bit, theoretically the algorithm can say: “Okay, this guy wants a bit more drift angle,” and it controls the car’s rotation differently.
Innovative Sensors and Precision
The technological basis for these ambitions is Lamborghini’s new 6D sensor, introduced in the limited-series Fenomeno. Unlike traditional systems, this device records data along all three axes of motion, as well as pitch, roll, and yaw angles, similar to the six-axis IMUs installed on many high-performance motorcycles.
With this level of precision, engineers can finely tune the car’s response in real-time, narrowing the gap between mechanical grip and electronic control.
If you have precise information about the body’s movement, you control the car’s control systems much more accurately. Thus, this opens the door to the future.
These innovations not only enhance performance but also make the interaction with the car more personalized and intuitive. The system’s ability to adapt to the driver in real-time can significantly improve safety and driving pleasure, especially in extreme conditions. The use of machine learning and advanced sensors opens new horizons for the automotive industry, where technologies are becoming increasingly integrated into everyday life.
