Sans Normal Tisa 3 is a regular weight, very wide, very high contrast, italic, normal x-height font.
Keywords: headlines, posters, branding, sports, technology, futuristic, sporty, techy, dynamic, sleek, speed emphasis, modern branding, display impact, tech styling, extended, oblique, aerodynamic, sharp.
A wide, right-leaning sans with crisp, wedge-like terminals and a distinctly high-contrast rhythm that pairs thick, flattened curves with thin hairline joins. Many curves are horizontally stretched, giving rounds like O and Q an elliptical, “speed” profile, while straight strokes often end in angled cuts rather than blunt caps. The design mixes soft, rounded bowls with sharp interior corners and pointed diagonals (notably in forms like K, N, V, and X), producing a streamlined, engineered silhouette. Numerals follow the same extended, slanted construction, with open counters and long, low horizontals that emphasize width and motion.
This font is well suited to display work such as headlines, posters, product marks, and branding systems that want a sleek, high-speed aesthetic. It also fits technology, automotive, and sports contexts where extended, oblique letterforms reinforce motion and modernity. For longer passages, it will be more effective in short blocks or large-scale settings where the thin details remain clear.
The overall tone feels fast and performance-oriented, evoking motorsport, sci‑fi interfaces, and late-modern “tech” styling. Its slant and knife-cut terminals create a sense of forward movement, while the glossy thick–thin contrast adds a dramatic, premium edge.
The design intention appears to be a contemporary, speed-driven sans that combines extended proportions with high-contrast detailing to project modernity and performance. Its angled cuts and aerodynamic curves suggest an emphasis on impact and brand character over neutral text utility.
Spacing appears generous and the extended proportions keep word shapes low and long, which reads best at larger sizes. The high contrast and fine hairlines add visual sparkle but can become delicate in small text or on low-resolution outputs, especially where thin connectors meet heavy strokes.