The Leaning Ladder Equilibrium Experiment is a highly visual and interactive setup designed for students to explore equilibrium conditions and support reactions in static mechanics. This experiment demonstrates the core principle of "freeing", allowing students to replace real-world forces with standardized symbols for better analysis. In the process, a body or a system such as a bar are virtually removed from the environment. The top support is a floating bearing, while the bottom support is fixed, accurately representing real-life constraints. By applying cable forces in x and y directions, students can fully compensate support reactions, gaining a deep understanding of force interactions in statics. The built-in millimeter scale enables precise measurement of clamp weight positioning, facilitating accurate calculations of forces and moments. This system allows students to conduct hands-on experiments by adjusting the position of the clamp weight and angle of inclination to study their effects on support forces. The experiment setup fits into the mounting frame, ensuring compatibility with existing teaching equipment. With a comprehensive set of weights, guide pulleys, and instructional material, this system is ideal for classroom demonstrations and individual student engagement, making the learning of statics principles both practical and engaging.