Creating the illusion of weight distribution in cantilevered sculptures is a fascinating blend of artistry and physics. Sculptors employ several techniques to achieve this delicate balance, ensuring that seemingly precarious structures appear stable and natural.

One key method involves careful material selection. Lightweight materials like foam, resin, or hollow metal are often used to reduce actual weight while maintaining visual density. The sculptor then strategically positions the center of mass, often hiding it within the base or a supporting element, to create a sense of equilibrium.

Visual tricks play a crucial role too. By tapering elements or adding subtle curves, artists guide the viewer's eye along lines that suggest structural integrity. Texturing can also influence perception - rougher surfaces appear heavier, while smoother sections seem lighter.

Many sculptors employ counterbalancing, where visible extensions are offset by hidden weights or anchored supports. This technique allows for dramatic overhangs that defy expectations while remaining structurally sound.

Modern sculptors sometimes incorporate actual engineering principles, using computer modeling to test weight distribution before creation. This fusion of art and science pushes the boundaries of what cantilevered sculpture can achieve, resulting in breathtaking pieces that challenge our perceptions of gravity and form.

Ultimately, successful weight illusion in sculpture comes down to the artist's understanding of both physical laws and human perception, creating works that appear to float or strain against gravity through masterful manipulation of form and space.