Oversized Baseball Sweater
Grey Oversized Sweater by BDG
How to wear BDG Oversized Baseball Sweater
A BDG grey oversized sweater and black dress pants are the kind of a no-brainer off-duty outfit that you so awfully need when you have zero time.
This pairing of a BDG Oversized Baseball Sweater and blue ripped skinny jeans is hard proof that a safe off-duty outfit can still be totaly stylish. Brown suede over the knee boots are guaranteed to breathe a dose of elegance into this outfit.
This pairing of a BDG Oversized Baseball Sweater from Urban Outfitters and black leather skinny pants is perfect for lazy days. Go ahead and complete your outfit with a pair of black leather low top sneakers for a dash of stylish nonchalance.
For a casual getup with a twist, pair a BDG grey oversized sweater with khaki dress pants. If you wish to easily dress up your outfit with shoes, why not complete your outfit with a pair of white leopard suede pumps?
A BDG Oversized Baseball Sweater and black leather skinny pants are the kind of a fail-safe casual look that you need when you have no extra time. Why not take a classier approach with footwear and complement your outfit with dark brown leopard suede ankle boots?
Undeniable proof that a BDG Oversized Baseball Sweater from Urban Outfitters and black skinny jeans are amazing together in a casual outfit. Complement this outfit with white low top sneakers and the whole look will come together.
For relaxed dressing with a modern take, wear a BDG grey oversized sweater and blue ripped boyfriend jeans. Why not take a dressier approach with shoes and complete your outfit with white leather low top sneakers?
A BDG Oversized Baseball Sweater from Urban Outfitters looks so casually edgy when worn with black chinos. A nice pair of white leather low top sneakers ties this look together.
Hard proof that a BDG Oversized Baseball Sweater from Urban Outfitters and blue jeans look awesome when worn together in an off-duty ensemble. A pair of black leather ankle boots effortlessly ramps up the glamour factor of any ensemble.