Sans Contrasted Hawe 2 is a very bold, very wide, high contrast, italic, normal x-height font visually similar to 'Banigar' by Azzam Ridhamalik (names referenced only for comparison).
Keywords: sports branding, headlines, posters, logos, packaging, dynamic, sporty, assertive, futuristic, punchy, impact, speed, modernity, attention, branding, slanted, rounded, streamlined, extended, chunky.
A heavy, forward-slanted sans with extended proportions and a low, aerodynamic profile. Strokes show strong thickness shifts and wedge-like joins, with rounded outer corners and horizontally sheared terminals that create a sense of speed. Counters are compact and often horizontally stretched (notably in O/C/G), while the overall rhythm favors long, flat horizontals and tapered diagonals. Figures and lowercase follow the same compressed, fast-moving construction, producing a dense, high-impact texture in text.
Well-suited to sports branding, esports/team identities, and energetic advertising where a sense of motion is desirable. It works effectively for headlines, posters, product marks, and short taglines that benefit from strong silhouette and slanted emphasis. For longer text blocks, generous sizing and spacing will help maintain clarity given the tight counters and dense stroke weight.
The tone is energetic and forceful, with a racing-inspired, tech-forward attitude. Its slant and sharp tapering convey motion and urgency, while the broad width and massed black shapes read as bold and confident. Overall it feels contemporary and performance-oriented rather than neutral or bookish.
The design appears intended to deliver maximum impact with a speed-themed, forward-leaning silhouette. Its contrasted strokes and streamlined cuts emphasize motion and modernity, aiming for attention-grabbing display typography that feels competitive and performance-driven.
Letterforms lean toward geometric, oval counters and simplified joins, giving the design a cohesive, engineered look. The sample text shows strong word-shape presence but reduced internal whitespace, suggesting best performance at display sizes where the distinctive cuts and contrasts remain clear.