Learn Pixel Art Animation for Game Characters in Photoshop

Learn to build pixel art characters from basic shapes (rectangles, squares, and ovals) using layers, color fills, and edge cuts for clear, expressive designs, including a monster concept.

Master pixel art lines and curves by understanding doubles, grid-based cleanups, and slope decisions to create sharp or soft angles; learn straight-line construction and roof-like shapes for game scenes.

Create a monster silhouette on an 80 by 50 canvas using the marquee tool and bucket fill, layering body, head, and four paws across separate layers for depth.

Create a monster in pixel art by shaping legs and paws, detailing eyes and mouth, then color in greys in photoshop and save as png.

Create a pixel art game character in Photoshop by building head, body, and limbs, then color and refine features, and assemble idle, run, and jump animations into a sprite sheet.

Draw game character’s face with eyes, nose, lips, ears, and eye bags, shading skin with brown tones to reflect light, then outline the body and apply shadows and suit color.

Create the idle animation by grouping layers and using a 0.1 sec per frame timeline, looping forever, merging body parts, adjusting head, arms, shadows, and hair, then preview and save.

Learn to create a six-frame running animation for a pixel art game character in Photoshop, using an 80x80 canvas, new layers, and frame-by-frame edits of legs and arms.

Build a running animation in Photoshop by duplicating frames, adjusting hand and leg positions, coloring frames, and sequencing from wide to thin frames, using the provided PSD.

Create a jump animation with a squeeze-down anticipation by widening the character and charging leg energy across frames, while refining hands, limbs, and frame transitions.

Learn to craft a game character jump animation in Photoshop by building and transforming frames, thinning the figure, and refining leg, arm, and landing motions.

Master the jump animation for game characters in photoshop by duplicating frames, timing frames at 0.1 seconds, adding takeoff squeeze and dust, and refining landing for a smooth motion.