Clear Motion is a technology that uses sensors and cameras to detect the movement of a vehicle and adjust the suspension system accordingly. The technology is designed to provide a smoother ride for passengers, reduce motion sickness, and enhance the overall driving experience.
When a car is moving, it experiences a variety of forces that can cause it to move up and down, side to side, and forward and backward. These forces can be felt by passengers as motion and vibration, which can lead to discomfort and motion sickness.
The sensors and cameras are typically located throughout the car and are connected to a central computer system that processes the information and controls the suspension system. They work by detecting changes in acceleration, velocity, and other motion-related factors that can impact the comfort and safety of passengers.
For example, if the car hits a pothole or goes over a speed bump, the sensors will detect the sudden change in motion and send a signal to the computer system. The computer will then adjust the suspension system to reduce the impact of the motion on the passengers, using hydraulic actuators to shift the wheels up or down, side to side, or forward and backward.
Similarly, if the car is accelerating or braking quickly, the sensors and cameras will detect the sudden changes in motion and adjust the suspension system to provide a smoother ride. This can help to reduce the likelihood of motion sickness and make the driving experience more enjoyable for passengers.
Clear Motion technology is typically found in high-end luxury cars, where it is marketed as a premium feature that enhances the overall driving experience. It is designed to provide a more comfortable ride for passengers, reduce motion sickness, and make driving more enjoyable for everyone in the car.
The use of motion technology in suspension systems for cars has been around for several years, with various companies adopting it in different ways. The exact starting date of this technology may be difficult to pinpoint, but it has been in development for several decades, with new advancements being made regularly.
One of the earliest examples of motion technology in suspension systems was the use of hydraulic suspension systems in the Citroën DS, a luxury car produced by the French automaker Citroën in the 1950s and 1960s. This suspension system used a hydraulic system to regulate the car's height and provide a smooth ride for passengers.
Citroën DS-1960
The Case of Mercedes-Benz's "Magic Body Control" System
In recent years, various automotive companies have developed and adopted advanced motion technology in their suspension systems to provide a smoother ride and reduce motion sickness. For example, Mercedes-Benz introduced its "Magic Body Control" system in 2013, which uses cameras to scan the road ahead and adjust the suspension system accordingly to provide a smoother ride.
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| Mercedes-Benz "Magic Body Control" |
Other companies that have adopted motion technology in their suspension systems include Audi, BMW, and Cadillac, among others. These companies have developed their own unique systems that use a combination of sensors, cameras, and other technologies to provide a smoother ride and reduce motion sickness for passengers.
Audi Drive Select is an advanced suspension system developed by the German automaker Audi, which uses sensors and adaptive damping to adjust the suspension system to different driving situations and provide a smoother ride for passengers. The system allows drivers to select from different driving modes, such as Comfort, Auto, Dynamic, and Individual, which adjust the suspension settings to optimize ride comfort and handling for various driving conditions.
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| Audi Drive Select Display |
Audi Drive Select works by using sensors to detect changes in motion and acceleration and then adjusting the suspension system accordingly to provide a smoother ride for passengers. For example, if the car hits a pothole or goes over a speed bump, the sensors will detect the sudden change in motion and send a signal to the suspension system to adjust the dampers and reduce the impact on passengers.
In addition to providing a smoother ride, Audi Drive Select also enhances the driving experience by improving handling and responsiveness. By adjusting the suspension system to different driving conditions, the system can provide better stability, cornering, and braking performance. Overall, Audi Drive Select is an advanced suspension system that uses motion technology to provide a more comfortable and engaging driving experience.
The Case of the BMW"Adaptive M Suspension" System
BMW has developed an advanced suspension system called the Adaptive M Suspension, which uses motion technology to adjust the suspension settings based on driving conditions and provide a more comfortable and responsive ride.
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| Adaptive M Suspension Controller |
The Adaptive M Suspension system is designed to adapt to different driving conditions, adjusting the suspension settings to optimize ride comfort and handling. The system uses a combination of sensors and adaptive damping technology to detect changes in motion and adjust the suspension accordingly. The sensors detect the car's movement and acceleration, sending signals to the system to adjust the dampers and provide a smoother ride.
The system also allows drivers to select from different driving modes, each with its own unique suspension settings. The available modes include Comfort, Sport, and Sport+. Comfort mode is designed for a more relaxed, comfortable ride, with softer suspension settings that absorb bumps and provide a smoother ride. Sport mode provides a more responsive and sporty driving experience, with firmer suspension settings for improved handling and stability. Finally, Sport+ mode provides the most dynamic and aggressive driving experience, with the firmest suspension settings for maximum performance.
In addition to adjusting the suspension settings based on the driving mode, the Adaptive M Suspension system can also adjust the suspension in real time based on road conditions. For example, if the car hits a pothole or goes over a speed bump, the sensors will detect the sudden change in motion and send a signal to the suspension system to adjust the dampers and reduce the impact on passengers.
Overall, the Adaptive M Suspension system is an advanced suspension system that uses motion technology to provide a more comfortable and responsive ride. Its ability to adapt to different driving modes and road conditions makes it a valuable addition to any BMW vehicle, especially for those who seek both comfort and performance from their car.
The Case of the Cadillac "Magnetic Ride Control" System
Cadillac has developed an advanced suspension system called Magnetic Ride Control, which uses motion technology to provide a smoother, more comfortable ride for passengers.
The Magnetic Ride Control system uses magnetically charged particles within the suspension fluid to adjust the suspension settings in real time based on road conditions. When the car hits a bump or goes over uneven terrain, the particles within the suspension fluid react to the magnetic fields generated by the system's sensors, stiffening or softening the suspension accordingly.
This allows the system to quickly and accurately adjust the suspension settings to provide a smoother, more comfortable ride for passengers. The system can also adjust the suspension settings in real time based on driving conditions and driver preferences, allowing for a more personalized driving experience.
The Magnetic Ride Control system also allows drivers to select from different driving modes, each with its own unique suspension settings. The available modes include Tour, Sport, and Track. Tour mode is designed for a more relaxed, comfortable ride, with softer suspension settings that absorb bumps and provide a smoother ride. Sport mode provides a more responsive and sporty driving experience, with firmer suspension settings for improved handling and stability. Finally, the Track mode provides the most dynamic and aggressive driving experience, with the firmest suspension settings for maximum performance.
