Why Steer-By-Wire Is Crucial for Automated Driving

As technology continues to revolutionize the way we travel, the landscape of convenience and mobility is evolving faster than ever. The advent of self-driving and automated driving systems is at the forefront of this transformation, offering unprecedented advancements in how we navigate our roads. 

Among these innovations, steer-by-wire technology stands out as a pivotal feature in the development of automated driving. 

At BSM North America, we specialize in manufacturing and selling OEM steering systems that are integral to these cutting-edge vehicles. Let us explain why we believe steer-by-wire is not just a technological marvel but a crucial component in the future of automated driving.

Advanced Steering Manueverability

First and foremost, the system helps enhance steering. Because the vehicles do not need steering wheel columns, this results in faster ability to avoid obstructions and prevent accidents or collisions. 

In fact, steer-by-wire technology revolutionizes vehicle maneuverability, especially in environments where obstacles abound. By eliminating the traditional steering column, vehicles gain unprecedented agility, enabling rapid responses to avoid obstructions and minimize the risk of collisions. This advanced system ensures that automated vehicles navigate seamlessly, enhancing safety for all road users.

When it comes to parking in tight spaces, the improved turning radius offered by steer-by-wire makes a world of difference. Drivers and automated systems alike benefit from easier parking experiences, reducing stress and ensuring a smooth journey from start to finish.

Fewer Components for Fewer Failures 

Traditional steering systems rely on a mechanical connection between the steering wheel and the wheels, adding complexity and potential points of failure. When there is a need to communicate around multiple systems, there are simply more parts to account for.

One of the standout benefits of steer-by-wire is the reduction of mechanical components. There's no longer a need for a mechanical connection between the gears and the wheel. This is because the movement is transmitted through a shaft and into the system. 

Steer-by-wire transmits movement electronically, streamlining the system and reducing the number of parts involved. This simplification is crucial for automated driving systems, which must coordinate multiple systems simultaneously. Fewer components mean fewer challenges, allowing for more efficient communication and a safer driving environment.

Simply put: Steer-by-wire removes the additional components, giving the automated driving experience clearer messages and creating a safer environment. 

Advanced Safety Designs for All Types of Drivers

Steer-by-wire systems are not only efficient but also adaptable. They can be customized to suit the needs of various drivers, including the elderly and disabled, ensuring that everyone enjoys a comfortable and safe driving experience. 

This adaptability reduces the strain on automated driving systems and enhances passenger safety.

Enhanced Design Options 

Another reason steer-by-wire is crucial for automated driving is that when the additional components and hardware inside the vehicle are removed, it can offer more design options. The steer-by-wire offers more legroom, seats that can swivel from the front to the back for more engagement on the road, a higher level of comfort, and additional interior design ideas. 

It can also lead to the creation of smaller vehicles that take up less space on the road and enhance eco-friendly options. 

Seamless Integration With Automated Technologies

Steer-by-wire systems are designed to integrate seamlessly with other automated driving technologies, such as lane-keeping assistance and autonomous parking. 

This integration allows for a more cohesive and responsive automated driving experience, where various systems work harmoniously to ensure optimal vehicle control and safety.

Enhanced Safety Through Fail-Safe Features

Safety is paramount in automated driving. Steer-by-wire systems are designed with this in mind, incorporating built-in redundancy and fail-safe mechanisms that ensure continuous operation even during a component failure. 

These features enhance the reliability of the automated driving experience and provide a reassuring level of safety that is unmatched by traditional steering systems. In a primary system failure, steer-by-wire can take control, maintaining vehicle stability and passenger safety.

Remote Vehicle Operation

Steer-by-wire systems are not just about driving; they're about control. Their advanced connectivity features open up the potential for remote vehicle operation, enhancing the flexibility and safety of automated driving in specific scenarios. 

Whether it's remote parking or vehicle retrieval in tightly packed urban environments, steer-by-wire systems are ready. 

When integrated with vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication systems, the possibilities for coordinated and efficient driving are endless.

Custom Steering Solutions: BSM North America

Automated driving systems will continue changing, and it is essential to recognize how beneficial steer-by-wire is for the entire system. Engineering high-quality products to help enhance businesses and vehicles is a priority, and whether you are looking for commercial machining or industrial parts fabrication in Minnesota, the BSM North America team of experts is here to help. 

Our 30 years of experience and commitment to quality have made us a trusted name, so message us online or call at 952-890-8146 today.