Slab Contrasted Ulte 2 is a bold, wide, medium contrast, upright, tall x-height font visually similar to 'Inka' by CarnokyType, 'Alkes' by Fontfabric, 'Askan' by Hoftype, 'Calicanto' by Sudtipos, and 'Leida' by The Northern Block (names referenced only for comparison).
Keywords: headlines, posters, book covers, branding, packaging, editorial, vintage, confident, robust, institutional, impact, readability, heritage, warmth, sturdiness, slab-serif, bracketed, ball terminals, ink-trap feel, softened joins.
A heavy slab-serif with sturdy, bracketed serifs and a pronounced, compact rhythm. Strokes show visible thick–thin modulation that’s more apparent in curved letters and in the lowercase, while the overall color remains dense and even in text. The design favors broad proportions and generous counters, with rounded bowls, slightly softened corners, and occasional ball-like terminals (notably in letters like a and f). Joins and notches create a subtle ink-trap/engraved impression, helping internal spaces stay open despite the weight.
Best suited to headlines and display typography where its dense color and slab structure can project confidence. It also works well for editorial titles, book covers, packaging, and branding systems that want a traditional, robust voice with enough character to stand out.
The tone feels authoritative and editorial, with a classic, slightly retro warmth. Its strong slabs and rounded details read as dependable and traditional, while the lively terminals add a touch of personality rather than strict formality.
The design appears intended to deliver a classic slab-serif feel with modern readability: strong structure, open counters, and softened details that keep heavy text from clogging. It aims to balance authority and approachability for attention-grabbing titles and identity work.
Uppercase forms are particularly monumental, with wide caps and emphatic serifs that create a poster-like presence. The numerals match the sturdiness of the letters, leaning toward bold, legible shapes with clear differentiation at display sizes.