Military Vehicle Handling and Wheeled Vehicle Steering explains why wheeled military vehicles respond differently to steering inputs and external disturbances. This self-paced online course introduces the fundamental engineering principles governing cornering behavior and directional stability. It provides essential knowledge for engineers and technical professionals who need to understand steering configurations, handling behavior, and related requirements, and how vehicle geometry and tire characteristics influence handling response at the vehicle system level.

Learners develop essential knowledge of steering geometry, cornering response, and directional stability. Ackermann steering, caster, camber, and kingpin-axis inclination establish the fundamental geometric parameters influencing wheeled vehicle steering. The bicycle model then provides a simplified framework for understanding neutral steer, understeer, and oversteer. Gradient and wind effects introduce external disturbances, while correction steer angle, static margin, and cornering kinematics extend this foundation to directional behavior. Critical speed and related stability concepts demonstrate how handling response emerges from the interaction of multiple vehicle parameters.

Case studies and quizzes develop learners’ understanding of the fundamental relationships governing wheeled vehicle steering and handling. Learners will be better equipped to distinguish common handling responses, identify important stability considerations, and understand how vehicle geometry, tire characteristics, and external disturbances influence directional behavior. This knowledge supports more informed technical discussions and engineering reviews that occur during the design process. As part of the course, participants receive a PDF copy of the course presentation slides, ensuring continued learning and practical application of course concepts.

Course Learning Outcomes

On completion of this course, participants will be able to:

• •Identify the steering-geometry parameters introduced for wheeled military vehicles.
• •Explain neutral steer, understeer and oversteer using the course’s bicycle-model concepts.
• •Interpret the effects of gradient, wind, correction steer angle and static margin in the course examples.
• •Explain the cornering kinematics presented for wheeled vehicles.
• •Analyze the factors affecting directional stability and critical speed in the course case studies.