Inverted Gaju 2 is a very bold, narrow, medium contrast, upright, tall x-height font.
Keywords: logotypes, posters, headlines, packaging, game ui, arcade, techno, retro, industrial, sci-fi, display impact, retro-tech, modular system, negative space, stencil-like, inline, square, angular, geometric.
A squared, all-caps–friendly display face built from heavy rectangular frames with an inline, hollowed interior that reads like inverted cut-outs. Strokes stay largely uniform and orthogonal, with sharp 90° corners, slabby terminals, and frequent boxed counters that create a modular, tile-like rhythm. Curves are minimized into squared forms (notably in O/C/G), and diagonal structure appears mainly in A, K, M, N, V, W, X, and Y as crisp triangular insets within the thick outer shapes. Numerals follow the same boxy logic, with segmented, sign-like construction and strong negative-space geometry.
Best suited for short headlines, titles, logotypes, and brand marks where its boxed hollows and angular rhythm can read clearly. It also fits packaging, event graphics, arcade- or sci‑fi-themed visuals, and interface elements for games or retro tech motifs, especially at larger sizes where the interior cut-outs remain crisp.
The font conveys a bold, high-contrast-in-silhouette attitude that feels engineered and game-like. Its inset hollows and squared construction evoke arcade cabinets, digital signage, and retro-futuristic interfaces, giving text a punchy, mechanical presence with a slightly stencil/constructed flavor.
The likely intention is a modular, high-impact display style that foregrounds negative space as a primary design feature. By combining a heavy outer structure with inset hollows and squared geometry, it aims to deliver a distinctive retro-tech voice and strong on-screen/poster presence.
The design relies on a strong outer frame and consistent internal cut-outs, producing distinctive counters and a striking black–white interplay at display sizes. Several letters incorporate asymmetric insets and squared bowls that increase character differentiation while keeping the overall system rigidly geometric.