Micro Wave Leather Satchel Red
Red Leather Bag by Tod's
How to wear Tod's Micro Wave Leather Satchel Red
This casual pairing of a white dress shirt and a Tod's Micro Wave Leather Satchel Red is super easy to put together in no time flat, helping you look cute and ready for anything without spending a ton of time rummaging through your wardrobe. If in doubt as to what to wear on the footwear front, stick to a pair of red embellished satin ballerina shoes.
Make a blue coat and a Tod's Micro Wave Leather Satchel Red your outfit choice for an unexpectedly cool look.
This combo of a beige coat and a Tod's Micro Wave Leather Satchel Red is definitive proof that a pared down casual ensemble doesn't have to be boring. Complement your outfit with a pair of black leather ankle boots to avoid looking too casual.
Uber stylish, this combo of a black parka and a Tod's Micro Wave Leather Satchel Red provides with variety.
Fashionable and comfortable, this combination of a white coat and a Tod's red leather bag delivers countless styling possibilities. Finishing off with a pair of burgundy leather knee high boots is a surefire way to bring a bit of depth to your ensemble.
The ideal choice for neat relaxed style? A navy tweed overall dress with a red leather bag. If you need to easily kick up your look with one single item, enter a pair of black suede over the knee boots into the equation.
Marry a navy suede sheath dress with a Tod's Micro Wave Leather Satchel Red to get a casual and functional ensemble. Red suede pumps are the most effective way to add a dose of refinement to your look.
No matter where the day takes you, you'll be stylishly ready in this casual combo of a red coat and a Tod's red leather bag. To bring a little zing to this getup, introduce black cutout leather pumps to the equation.
This is indisputable proof that a navy pea coat and a Tod's red leather bag are awesome when matched together in a laid-back look. To give this outfit a dressier aesthetic, introduce a pair of black and white print leather pumps to the equation.