Women Ivory Regular Fit Tapered Trousers Size 10

These elegant ivory trousers by Marks and Spencer are a timeless addition to any woman's wardrobe. Designed in a flattering tapered leg style, they offer a clean and classic silhouette ideal for professional or casual wear. Crafted from a comfortable and durable blend of 76% polyester, 18% viscose, and 6% elastane, these trousers ensure softness, breathability, and just the right amount of stretch for everyday movement. The fabric provides a smooth finish that drapes beautifully while keeping its shape throughout the day. These trousers feature a mid-rise waist and a zip fastening with a clean flat front finish, creating a streamlined look that complements both tucked and untucked tops. The subtle side pockets add functionality without compromising on style, while the easy-care nature of the fabric means they are machine washable and quick to maintain. Ideal for spring, summer, and autumn, they are perfect for transitioning from office meetings to evening socials with ease. The minimalist no-pattern design allows them to pair effortlessly with blouses, shirts, and knitwear in a variety of colours, making them one of the most versatile pieces in any wardrobe. Whether worn with heels for a polished business look or with flats for a relaxed weekend outfit, these trousers offer sophistication and comfort in equal measure. The stretch-enhanced material ensures a comfortable fit, tailored to accentuate your natural shape without feeling restrictive. With Marks and Spencer’s trusted quality and attention to detail, these trousers promise style that lasts. Their neutral ivory shade is effortlessly chic, offering a bright and refined alternative to darker tones, making them perfect for warm weather or creating standout monochrome outfits. In excellent, gently used condition, these trousers present beautifully without any visible flaws. An ideal choice for women who value comfort, style, and enduring quality. Grab them today to elevate your wardrobe with effortless sophistication.