Mercedes-Benz and a Different Driving Experience | From Electronic Steering to Precise Vehicle Control

Steer-by-wire technology eliminates the traditional mechanical link between the steering wheel and the wheels, handing control of the vehicle to electronic systems. This technology can change the driving experience, cabin design and how drivers interact with their vehicles. However, its safety and reliability are also highly important.

steering wheel technology in luxury cars; From the electronic control of the wheels to the redesign of the cabin

Steering-by-wire technology abandons the traditional mechanical connection between the steering wheel and the car's wheels and leaves the control of the car to electronic systems. This technology can change the driving experience, the design of the cabin and the way the driver interacts with the car; But its safety and reliability are also very important.

Ambassador Arjan-Yekta Farahani: For years, drivers have been changing the direction of the car's wheels by turning the steering wheel through a series of mechanical connections. Now Steer-by-Wire technology is changing this old pattern; A technology in which the movement of the steering wheel is received with the help of sensors and electronic systems, and the necessary steering for the wheels is implemented through electric actuators. In this structure, the direct and conventional mechanical connection between the steering wheel and the wheels is removed.

This change is not only limited to the way the car is driven. Steering wheel by wire can provide more precise adjustment of the steering response, reduce the transmission of road vibrations to the driver's hands and provide more freedom of action in the design of the cabin. At the same time, greater reliance on software, electronic systems, and back-up solutions raises important questions about vehicle safety and performance in emergency situations.

How does wire steering technology work?

In conventional cars, turning the steering wheel is transmitted to the wheels through the steering column and a set of mechanical connections. In a steering-by-wire system, sensors measure the amount of rotation and force applied to the steering wheel. Then the electronic control unit processes this information and the electric actuators turn the wheels in the desired direction.

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Why are automakers interested in electronic steering?

According to Mercedes-Benz, one of the important advantages of steering wheel by wire is the possibility of software adjustment of steering wheel behavior. The car manufacturer can change the reaction of the steering wheel according to the speed of the car and the driving conditions; For example, at low speeds, maneuvering and parking can become easier, and at high speeds, the steering behaves more like a stable driver.

Of course, these advantages do not mean the absolute superiority of the new technology in all situations. The quality of software implementation, the accuracy of sensors, the performance of operators and the design of support systems will play a decisive role in the driving experience.

When direct mechanical communication is eliminated, the proper functioning of electronic systems becomes more important. A power outage, software malfunction, or component failure should not result in loss of vehicle control. For this reason, the design of such systems requires plug-in solutions, error detection and support mechanisms.

Therefore, it is not enough to evaluate this technology only according to its new possibilities; Performance in unusual conditions and the ability to maintain control of the vehicle must also be considered.

Will the traditional commands be abandoned?

Steering-by-wire technology could become one of the important components of the next generation of cars, but the complete abandonment of mechanical steering wheels is not certain in the short term. The cost of production, legal requirements, safety standards and the level of trust of drivers are among the factors that affect the speed of its expansion.