Ackermann Steering Geometry (Angle of Steering) #lego #technic #legotechnic #steering #cars #mechanical #mechanicalengineering #carenthusiast #diyprojects #ackermannsteering #carmechanic | Bricks Master Builders

Ackermann Steering Geometry Simple Demonstration #lego #technic #legotechnic #mechanical #steering #diy #mechanism #legotechnicmoc #engineering #legofan #mechanisms #legosteering #ackermann #cars #carenthusiast #carmechanics | Bricks Master Builders

67K views · 493 reactions | Ackermann Steering Geometry (Better Version) #lego #technic #legotechnic #mechanical #steering #diy #mechanism #legotechnicmoc #engineering #legofan #mechanisms #legosteering #ackermann #cars #carenthusiast #carmechanics | Bricks Master Builders | Facebook

Ackermann steering geometry determines how the front wheels angle in a turn, and it plays a big role in how a car handles. In simple terms, it’s about the difference in steering angles between the inside and outside front wheels. Positive Ackermann means the inside wheel turns sharper than the outside wheel, while negative Ackermann does the opposite. Race cars typically use negative Ackermann, especially for high-speed circuits. In racing, the outside front tire carries the majority of the load