This quote perfectly captures the spirit of the new Thomas Mason Spring/Summer 2027 collection: an invitation to experience colour as an intellectual, emotional and stylistic expression. For Thomas Mason, colour is never accidental. It is culture, taste and awareness – thought translated into fabric.

The Spring/Summer 2027 collection is born from a dialogue between British eccentricity and Italian taste, between sartorial precision and chromatic freedom. Thomas Mason fabrics become canvases on which colour takes shape, weaving together past and present: from pure primary hues to more refined shades, from delicate pastels to warmer earth tones, all the way to bold combinations of yellow and purple, green and orange.

Every stripe and every micro-check tells a story of intelligent, unexpected elegance. The iconic Regent fabric, with its regimental stripe made vibrant through innovative colour pairings, is joined by Beowulf, a new cotton panama available in stripes and checks with refined colour combinations, inspired by the legendary English epic poem. The collection extends beyond traditional shirting: thanks to precious fibres such as double-twisted cotton yarns, linen and silk, and to fluid, soft handles fabrics naturally move between casual and elegant, summer lightness and understated formality.

The collection offers a truly sensorial experience, engaging light, warmth and touch. Multicoloured Bajadera stripes reinterpret Italo-French taste with a light, soft hand, while linen expresses freshness and fluidity. Checks and tartans are reimagined through unexpected colour combinations.

Colour thus becomes a creative tool: bright or pastel, vivid or earthy, constantly evolving. A collection that responds to a growing desire for expressiveness and imagination, especially in summer, while never compromising on artisanal craftsmanship, fibre quality and precision of construction. Thomas Mason Spring/Summer 2027 stands as a declaration of taste – a manifesto of intelligent elegance with a distinctive touch of British eccentricity.