Marks & Spencer Men’s Red Check XL Slim Fit Cotton Button-Up Shirt

Refresh your everyday wardrobe with this smart yet relaxed Marks & Spencer Blue Harbour button-up shirt. Finished in a rich claret red colourway with a neat white and dark check pattern, it is an easy piece to wear for casual plans, office days or weekend gatherings. The classic checked design offers a timeless look that pairs effortlessly with denim, chinos, cords or tailored trousers.Made from pure cotton, this long-sleeved shirt provides a breathable and comfortable feel for regular wear. Its tailored-fit styling creates a tidy, streamlined silhouette without losing the practicality expected from a versatile casual shirt. The sizing is marked XL, with a labelled chest fit of 44-46 inches, making it a useful option for those seeking a roomier men’s fit with a sharper overall shape.Thoughtful details include a button-down collar, full front button fastening and adjustable button cuffs. The collar is lined in contrasting navy fabric and finished with a subtle striped trim at the inner neckline, adding a refined detail that looks particularly good when worn open over a plain tee. Dark buttons complement the checked fabric, while the curved hem allows the shirt to be worn tucked in for a smarter finish or left untucked for a more laid-back outfit.Ideal for autumn, spring and winter layering, this cotton shirt can be styled under a knit, gilet or casual jacket, while remaining lightweight enough to wear on its own indoors. The small-scale check is easy to coordinate and gives the shirt a polished appearance without being overly formal. It is equally suited to everyday workwear, pub lunches, family occasions, travel or smart-casual evenings out.The shirt is in excellent clean pre-owned condition, with only light storage creasing visible. Please review all photographs carefully for the full style, colour, condition and label details. A dependable Marks & Spencer essential, this Blue Harbour shirt is a versatile addition to any men’s casualwear collection.