Which configuration provides better stability, struts or shock absorbers?

Struts provide better stability primarily because they contribute significantly to the overall structural integrity of the vehicle's suspension system. Unlike shock absorbers, which only control oscillations and dampen vibrations from the road, struts serve a dual purpose: they act as a shock absorber and form an integral part of the vehicle's suspension structure.

This structural function means that struts help support the weight of the vehicle, maintain proper alignment, and impact the handling characteristics. As a result, a suspension system equipped with struts tends to enhance stability, particularly during cornering and when driving on uneven surfaces. This structural support enhances the vehicle's handling dynamics, reducing body roll and improving traction.

In contrast, shock absorbers alone cannot provide this level of support and structural integrity, as they are mainly designed to manage the energy generated from road bumps and dips. Therefore, the design and role of struts in the suspension system make them the more effective choice for maintaining stability.