Solid Wedy 2 is a very bold, normal width, medium contrast, upright, tall x-height font.
Keywords: posters, headlines, logotypes, packaging, kids media, playful, chunky, retro, toy-like, cartoon, novel display, high impact, playful branding, iconic silhouettes, quirky texture, rounded, blobby, soft corners, geometric, stencil-like.
A heavy, soft-edged display face built from chunky, rounded-rect forms with frequent cut-ins and notches that create a deliberately irregular rhythm. Counters are largely collapsed, with many letters featuring small drilled or teardrop-like apertures instead of open bowls, giving the alphabet a solid, plug-like silhouette. Strokes keep a broadly consistent thickness, but the construction varies from glyph to glyph with angular wedges (notably in V/W/X/Y) mixed into otherwise rounded shapes. Terminals are blunt and squared-off, and the overall spacing feels generous due to the compact internal detail and large exterior forms.
Best suited to short, attention-grabbing text such as posters, headlines, logos, packaging, and event or entertainment branding where the chunky silhouettes can dominate. It will be most effective at medium-to-large sizes where the small apertures and notches remain clearly visible.
The font reads as bold, mischievous, and deliberately quirky—more like cut paper, molded plastic, or a toy block alphabet than traditional typography. Its solid interiors and punchy silhouettes give it a poster-friendly presence with a playful, slightly retro novelty tone.
The design appears intended to maximize impact through mass and silhouette while introducing character through irregular cutouts and collapsed counters. It aims for a distinctive, playful display voice that feels handcrafted or molded rather than typographically orthodox.
Small interior dots and bite-like cutouts become a recurring motif across both uppercase and lowercase, functioning as simplified counters and adding texture at display sizes. The numerals follow the same solid, sculpted logic, prioritizing silhouette recognition over conventional inner openings.