Gallery
See what WobblePic can do — drag it, wobble it!
WobblePic turns ordinary images into playful, physics-driven animations. Using a real-time mass-spring simulation, it makes objects in your images wobble, jiggle, stretch, and bounce like soft rubber or jelly. The effect works best with round, soft-looking subjects — think fluffy animals, squishy food, and cartoon characters with exaggerated features.
Browse the gallery below to see WobblePic in action across different categories. Hover over any video (or scroll on mobile) to watch the wobble effect play out. Every animation you see was created by simply loading an image into WobblePic and dragging it around — no editing, no keyframes, just pure physics fun.
Animals
Animals with round, soft features are a strong match for soft-body physics. Fluffy cheeks, chubby bodies, and squishy faces respond convincingly because our brains already expect these shapes to yield under pressure — the simulated deformation lines up with what a real poke or squeeze would produce. Visible fur and feathers help further: fine textures break up the underlying mesh, hiding the geometry and reinforcing the illusion of soft flesh. The more pronounced the natural curvature of a subject, the more satisfying the bounce tends to feel, which is why round-faced puppies and plump penguins read so naturally in motion.
Hoya
Penguins
Seal
Food
Soft food items are a natural fit for physics-based animation. Mochi, cakes, puddings, and jelly desserts wobble convincingly because viewers already associate these foods with elasticity in the real world — pressing a finger into a cake or shaking a plate of jelly produces motion most people have witnessed firsthand. Mass-spring simulation taps into that lived expectation, so digital deformation feels familiar instead of artificial. Glossy surfaces, rounded edges, and high-contrast lighting amplify the effect by giving the eye clear highlights and shadows to track during motion, which makes even subtle wobbles read as substantial.
Mochi
Cake
Pudding
Everyday
Everyday objects take on a new personality when they wobble. Balloons stretch and rebound the way real latex would, rubber ducks jiggle as if floating in a tub, and ocean waves ripple with continuous, fluid motion. These demos show how soft-body animation extends beyond living subjects — any object whose real-world counterpart has some give (inflated, hollow, liquid, or flexible) translates well to wobble. Rigid objects like cars or kitchen appliances tend to feel uncanny under deformation because viewers expect them to hold their shape, but anything we already perceive as compressible or flowing reads as playful and alive in motion.
Baloons
Rubber Ducks
Sea Wave
Animation
Cartoon and animation characters work well precisely because their designs are already exaggerated for visual readability. Bold outlines, simplified shapes, and oversized features give the physics engine clear silhouettes to deform, and the resulting motion echoes traditional animation principles like squash-and-stretch — a technique animators have used by hand for nearly a century. AI segmentation isolates individual characters from their backgrounds so they can wobble independently, preserving spatial layering instead of treating the entire frame as one rubber sheet. That independent motion is what makes character demos feel like genuine animation rather than flat image distortion.
Try It Yourself!
Want to create your own wobble animations? Download WobblePic for free and start turning your images into playful, physics-driven fun. Load any image, drag it around, and watch it jiggle — it's that simple!
Download WobblePic