Ackermann steering geometry

Ackermann steering geometry is like being able to steer a car in the right direction by turning the steering wheel. Imagine you have a toy car that you want to drive around a bend. If you turn the wheels straight, the car will not turn and will keep going straight. But if you turn the wheels to the left, the car will turn left, allowing you to move around the bend.

Ackermann steering geometry is important because it helps you turn the wheels at different angles when you turn the steering wheel. This is because when a car turns, the inner wheel (the wheel closest to the bend) has to travel around a smaller circle than the outer wheel. Therefore, the inner wheel needs to turn more than the outer wheel in order to make the turn.

Ackermann steering geometry works by angling the steering arms so that the inside wheel turns more sharply than the outside wheel. This ensures that both wheels always stay perpendicular to the direction of travel, preventing the car from sliding or drifting off the road. This helps you drive safely and smoothly around curves, corners and bends.

Overall, Ackermann steering geometry is a clever way to help make steering easier and safer for drivers. It ensures that both wheels turn at just the right angle so that you can steer your car around corners and curves without losing control.