Road & Track unveiled a redesigned logo featuring a refreshed ampersand, updating the iconic symbol that has defined the automotive publication for decades. The new ampersand maintains visual continuity with the magazine's heritage while modernizing its appearance for contemporary audiences across digital and print platforms.
The ampersand has served as Road & Track's visual anchor since the publication's founding, becoming one of the most recognizable marks in automotive journalism. The redesign reflects broader industry shifts toward cleaner, more versatile typography that functions across screens, social media, and traditional media without losing impact or legibility.
Publications frequently update their visual identities to remain relevant while honoring their legacy. Road & Track's approach balances respect for the magazine's storied past with practical design demands of modern media consumption. The refreshed ampersand works across different sizes and contexts, a critical requirement for brands operating in today's multi-platform environment.
The timing aligns with Road & Track's continued evolution as a digital-first publication. Since launching its digital platforms years ago, the magazine has expanded coverage beyond print to video, podcasts, and social channels. A modernized logo supports this expansion by ensuring consistent brand recognition whether readers encounter it on Instagram, YouTube, or the printed page.
Automotive publishers compete for attention in crowded digital spaces. A strong visual identity helps establish authority and attract readers seeking trusted automotive journalism. Road & Track's heritage and editorial voice remain its core assets, and the logo refresh simply extends that strength into contemporary contexts.
The new ampersand preserves what made the original distinctive while updating proportions, spacing, and overall visual weight. This represents the kind of thoughtful redesign that respects institutional history rather than abandoning it entirely. For longtime readers, the change registers as evolution rather than rupture.