Sans Other Tulaj 2 is a light, normal width, low contrast, upright, normal x-height, monospaced font.
Keywords: code, terminal ui, data tables, technical docs, labels, technical, utilitarian, modern, neutral, minimal, clarity, alignment, system ui, functional text, readability, geometric, clean, open, rational, angular.
This typeface is a clean, monolinear sans with a strictly even character width and generous internal spacing. Forms are built from simple geometric strokes with crisp, squared terminals and minimal modulation, producing a steady, mechanical rhythm. Curves are round and open, while diagonals (notably in K, V, W, X, Y) are straight and sharply joined, keeping the overall texture tidy and consistent. The lowercase shows straightforward, unembellished constructions with a single-storey a and g, a round i/j dot, and a compact, efficient footprint that reads evenly in continuous text.
It suits contexts where alignment and scanning are priorities, such as code editors, terminal displays, tabular data, UI readouts, and technical documentation. The even spacing and uncluttered shapes also make it practical for captions, schematics, and functional labeling where a controlled, regular texture is desired.
The overall tone is pragmatic and system-like, evoking coding environments, instrumentation, and interface typography. Its restrained construction and consistent spacing feel dependable and matter-of-fact rather than expressive, giving it a contemporary, no-nonsense voice.
The design appears intended to provide a straightforward, highly regular sans for environments that benefit from predictable character spacing and clear, simplified letterforms. Its geometry and restrained details prioritize consistency and quick recognition over decorative personality.
Distinctive details include the clean, circular bowls in letters like O/Q and the simplified, almost schematic treatment of joints and terminals throughout. Numerals are plain and legible, matching the same straight-and-round vocabulary and maintaining consistent alignment within the set.