The structural characteristics of the steering knuckle of a car largely determine the steering angle of the vehicle.
First, the shape and size of the steering knuckle have an important influence on the steering angle. Generally speaking, the steering knuckle has a complex geometric shape, which connects the wheel, suspension and other parts of the steering system. The proportional relationship between its length, width and height affects the turning range of the wheel. For example, a longer steering knuckle may allow the wheel to have a larger steering angle because it can provide greater leverage and make it easier to turn the wheel. On the other hand, a shorter steering knuckle may limit the steering angle of the wheel because it has less leverage.
Secondly, the design of the mounting holes and connection parts on the steering knuckle also affects the steering angle. These mounting holes are used to connect the steering tie rod, ball head and other components. Their position and angle determine the direction and magnitude of the steering force transmission. If the location of the mounting holes is not designed properly, it may cause the loss or uneven distribution of steering force, thereby affecting the steering angle. In addition, the strength and stiffness of the connection parts are also important. They must be able to withstand the huge forces generated during steering while remaining stable to ensure the accuracy of the steering angle.
Furthermore, the design of the bearings and bushings of the steering knuckle will also affect the steering angle. These parts are used to reduce friction and wear so that the steering knuckle can turn smoothly. If the bearing and bushing are of poor quality or unreasonable design, the steering knuckle may not turn flexibly, thus limiting the steering angle. In addition, the gap between the bearing and bushing also needs to be adjusted properly. Too large or too small a gap will affect the accuracy and stability of the steering angle.
Finally, the material and manufacturing process of the steering knuckle will also affect its performance and steering angle. High-strength materials can withstand greater forces, making the steering knuckle more durable. Advanced manufacturing processes can ensure the dimensional accuracy and surface quality of the steering knuckle, reduce friction and wear, and improve the flexibility and accuracy of steering.
In short, the structural characteristics of the Car steering knuckle include shape and size, mounting holes and connection parts, bearings and bushings, and materials and manufacturing processes, which together determine the steering angle of the vehicle. When designing and manufacturing the steering knuckle, these factors must be fully considered to ensure that the vehicle has good steering performance and handling.
