Pixel Obry 2 is a regular weight, normal width, medium contrast, italic, normal x-height font.
Keywords: game ui, pixel art, retro titles, scoreboards, posters, retro, arcade, techy, glitchy, angular, retro computing, arcade feel, digital display, motion cue, ui clarity, chunky, stepped, modular, slanted, hard-edged.
A pixel-based, modular sans with a consistent forward slant and stepped, block-built outlines. Strokes are constructed from squared-off segments with frequent diagonal “stair-step” edges, producing crisp corners and a quantized rhythm. Counters are compact and geometric, and many joins are simplified into straight cuts, giving letters a tight, engineered feel. The overall silhouette reads cleanly at display sizes, with deliberate pixel notches and occasional segmented terminals that reinforce the bitmap construction.
Well-suited for game interfaces, HUD elements, arcade-inspired titles, and pixel-art branding where a bitmap voice is desirable. It can also work for posters, event graphics, and tech-themed packaging when set at larger sizes to preserve the stepped detail and maintain legibility.
The font projects a retro-digital, arcade-era tone with a slightly aggressive, speed-leaning slant. Its jagged pixel steps and angular cuts suggest motion, scanning, and low-res screen graphics, creating a tech-forward, game-like energy with a subtle glitch aesthetic.
The design appears intended to deliver an authentic low-resolution display look while retaining a readable italicized flow for contemporary use. Its modular construction and consistent slant aim to evoke classic screen typography and arcade graphics, balancing strict pixel geometry with energetic, headline-friendly shapes.
The character set shows intentional variation in pixel allocation across glyphs, which adds a lively, game-UI texture while maintaining a unified slanted axis. Diagonal forms (like in V, W, X, Y, Z and numerals) rely on stair-stepping rather than true diagonals, emphasizing the bitmap grid and giving the face a distinctive, crunchy texture.