Boy's denim shirt.Special collection for teenagers.With short sleeves and buttons.Classic collar and a small droplet sewn on the chest.Washwell program.100% cotton. This product is part of our Washwell™ water-saving program. Compared to conventional washing methods, Washwell™ has saved millions of litres of water since 2016. Learn more at Gap for Good.
Prepared with summer-specific patterns and vibrant colors, Koton boys' short-sleeved shirt models are appreciated by parents as well as children. Little ones will look forward to wearing this nautical-themed, printed, single-pocket detail, cotton, short-sleeved shirt model.
Children's striped shirt. Collar and button fastening. Pocket with teddy bear embroidery. Short sleeves and a straight cut. Meet the cute Brannan Bear, who has been GAP's mascot for over 20 years. Only the softest and softest children's clothing is marked with the tiny teddy bear mark. Experience the softness and smoothness of selected materials and give your baby comfort throughout the day. Brannan Bear is here for you.
Description:Little men should learn about style from young age. They can be taught this step by step through our shirts - it will definitely be easier to convince a boy that a colourful shirt with a Transformer is great instead of forcing him to wear an ordinary, one-coloured, boring one. Fastened with buttons and finished with a classic collar. It is irresistible.Washing instructions: 30°C Machine wash inside out
Model Information: Model's Measurements: Height: 180cm(5'11'') Bust: 88cm(34in) Waist: 62cm(24in) Hips: 92cm(36in); The product on the mannequin is size S/36/8; ; Material Component: 100% Cotton ; Fabric Type: Woven ; Model Front Length: 46.0 cm ;Our product is a wide cut oversize pattern. If you do not prefer the product to be loose on you, we recommend that you buy 1 size smaller. Please follow the washing instructions given below so that you can use your product for a longer time and take proper care of your product. ; Colors may vary in studio shots due to the difference in light.