Fisher-Price 17”L Signature Morgan Quilted Multi-Pocket Diaper Bag Backpack with Matching Changing Pad, Insulated Bottle Pocket, Tablet Pocket and Stroller Straps in Gray

Introducing the Fisher-Price Morgan quilted diaper bag backpack, our latest baby bag design with function and style. Pro-fashion and definitely pro-parents, this “super cooler” bag has it all. Incredibly roomy, easily fitting toys, clothes, diapers, shoes, teething rings, pacifiers and more. Features include an insulated feeding bottle pocket on the exterior, a padded electronic tablet device pocket on the interior, a portable changing pad for the baby, a top carry handle for hanging, stroller attachment straps, a padded back with adjustable, padded shoulder straps for comfort and weight distribution and a reinforced footed bottom at the bottom of the bag. Fisher Price: Most loved and trusted by moms the world over.

12 POCKETS TOTAL: Including a front zipper pocket, an insulated multi-feeding bottle pocket, 2 side stretch pockets to fit water bottles and umbrellas, a padded electronic tablet device pocket and an internal, secure zippered section for cash, cards and other valuables. 5 FEEDING BOTTLE HOLDING POCKET: Front, insulated bottle pocket holds up to 3 baby feeding bottles and main section has 2 stretch pockets for Mom’s water bottle too! Keep milk, juice, water, formula and snacks fresh. GREAT BABY SHOWER GIFT: Perfect for expectant mothers and fathers, this bag is a great modern gift for today’s parents. A diaper bag backpack for boys or girls, it comes with a safe place to store electronics with stroller straps for parents and a removable easy-clean changing pad for the baby. DIMENSIONS AND CARE INSTRUCTIONS: Signature Morgan Diaper bag backpack measures 17”L x 13”W x 7.5”H and has 4 standing feet to keep bag balanced and upright, preventing bag from falling over or spilling contents. Inside and out, made of soft but durable polyester, we recommend hand washing, wiping down, spot cleaning and air drying this bag’s interior and exterior surfaces.