Oversized Hoodie Unisex from KYFO WEAR will become your next best friend as it is so amazing to wear! If you like comfy wonderfully thick oversized drop shoulder pullover hoodies then this is for you! You feel so free in it and its relaxed fit makes you want to move and enjoy life!
Cozy oversize hoodie KYFO WEAR for Man is designed for all body types. Wear it as a classic sweatshirt or pair it with jeans or shorts for a casual and sexy look
It perfectly fits for go-to travel, airport, running around, freelancing or work from home, quickly going to local groceries or taking kids to school, and even - I’m lazy to take shower mode.
We use only premium quality fabrics that we tested ourselves - 80% cotton and 20% polyester as it is the best ratio for this combination. All hoodies are HANDMADE especially for you by our professional seamstress.
The amazing coloring of our hoodies will make you feel unique and outstanding. It is warm but breathable at the same time.
What you will get?
- One oversized hoodie with long sleeves *Note: sweatpants are not included
One SIZE fits most. Can be made in ALL SIZES.
We DO NOT CHARGE EXTRA MONEY for custom made items as our main focus is that our hoodies "sits" perfectly on you
If you have any other specific requirements, do not hesitate to CONTACT ME!
All you need to do is send me your measurements - your waist, hips, and height.
How to get an accurate measurement:
• CHEST: the circumference, measure the fullest part of your chest ( bra included ) (cm/inches) • WAIST: the natural waistline, above your belly button, below the rib (cm/inches) • HIPS: the largest part of your hips (cm/inches) • SHOULDER TO SHOULDER MEASUREMENT: This can be done by measuring the distance between the outer shoulder seam (where the sleeves connect) on a fitted, non-stretchy shirt. This does not include the outer side of the sleeves. ( cm / inches ) • UPPER ARM: the widest part of your upper arm (cm/inches) • ARM LENGTH: from the shoulder tip to your wrist (cm/inches) *Additionally, please let me know your Total Height.