Lookbook

Description

Our jersey leisure pullover hoodie is an effortlessly chic sport-luxe essential. Made from our specially developed Basel fabric, a unique blend of micro modal stretch, the Basel is ultra-soft and doesn't pill, making it able to withstand heavy-duty lounging as well as outings to the gym. To complement the superior softness of our signature Basel fabric, we chose a sleek, pocketless design that is perfect for layering and has a smooth, bulk-free finish. The drawcords are there to keep you warm should you need them, while the nature of Basel's anti-crease and anti-static properties make this the ideal hoodie for packing and travelling in. Glorious smooth comfort. We made the pullover hoodie lightweight and easy to throw on, with details such as soft cuffs and raglan sleeves - for ease of movement, and a better look and fit on the shoulder. Our sophisticated take on this practical garment means that grabbing it on your way out to the shops will keep you from looking unkempt as well as keep you warm. Not only is the Basel soft, but thermostatic properties in the micro modal fibres allow them to react to changes in temperature and regulate your body heat. The fabric retains its initial softness and is also environmentally friendly; made from sustainably forested European beech trees using a process that is carbon neutral. Wash after wash the green tone retains its colour and the shape returns to its original silhouette, even after being stored on a hanger for long periods. To make it truly special, we can personalise your garment with initials or a motif. Read more about our personalised services here. The model is 5’11” / 180cm tall with waist size 24.5” / 62cm, bust size 32” / 82cm. She wears a size Small. PRODUCT DETAILS MATERIAL: Micro Modal Stretch FABRIC WEIGHT: Medium FABRIC TYPE: Jersey GENDER: Women's COLOUR: Green PATTERN: Plain SLEEVE LENGTH: Long Sleeve SEASON: 24-S COUNTRY OF ORIGIN: Czech Republic COMPOSITION: 95% Modal 5% Elastane FIT: Regular Fit ITEM NUMBER: 1232-BASE016GRE

Product details provided by: Derek Rose