“LSG” is a Drip Font Melting text effect text effect created with FontVibe AI. Glossy orange-red letters liquefying from the base down, with molten drips, warped lower edges and a glowing puddle on a dark charcoal floor.

letter material liquefying and flowing downward under heat — lower portions lose structural integrity, edges softening and rounding outward as gravity pulls the molten mass down. Multiple drips of varying thickness: one to two thick primary flows with slight bulge at origin and teardrop termination, two to three medium streams, fine capillary trails between them. Surface tension visible at drip necks. Viscous pooling accumulates at the letter base with a faint wet-surface sheen. When no specific material is defined, the default melt color is warm amber-to-deep-orange — the natural thermal color of heated translucent material. LSG rendered as a dominant melting display mark, occupying most of the frame with wide negative space around the liquefying silhouette. The solid upper sections retain crisp, heat-softened contours in saturated amber-orange, transitioning through incandescent orange into deep burnt amber at the dissolving lower edges. Gravity pulls the material into mandatory three-tier wax flows: one thick primary stream with a swollen neck and heavy teardrop terminus, two medium rivulets with rounded convex sides, and several fine capillary trails threading between them. Viscous molten pools collect beneath the characters in irregular low puddles, with a thin wet reflective skin and softly feathered heat glow on the ground plane. High-gloss wax surfaces carry bright overhead specular arcs; ray-traced subsurface scattering creates a yellow-orange inner radiance beneath the translucent skin. Deep charcoal backdrop with a smoky brown-amber undertone, faint rising heat haze, sparse floating ember particles, and a restrained reflected orange halo behind the text. Hard overhead key light, narrow warm rim light, sharp short shadows, high-contrast studio product render, detailed liquid surface tension at every drip origin and terminus.