This oversized toy and storage box from Badger Basket is designed to bring order to any room, effectively controlling clutter while also serving as a convenient bench. It features two safety hinges to prevent the lid from slamming shut and reinforced side handles for easy transport. The solid panel construction ensures that items are kept neatly contained, and the flat bench top can support up to 175 lbs. Assembly is required and can be done with a screwdriver. The interior dimensions are 30.5 in. L x 17.75 in. W x 14.5 in. H, offering ample storage space. This toy box is recommended for children and adults who need to organize toys, stuffed animals, dress-up clothes, blankets, and more.
- Front handle slot
- 2 safety support hinges hold the lid open
- Bench top design
- Oversized toy chest holds toys, stuffed animals, dress-up clothes
- Solid construction keeps items neatly contained
- Flat bench top can support up to 175 lbs.
- Reinforced side handles for when you need to move the toy box for cleaning
- Assembles with a screwdriver
- Wipe clean
Details
- Category
- Toy Chests
- Furniture Fixture Material
- Medium density fiberboard (MDF), Wood, Melamine
- Pattern
- Solid
- Materials
- LDF with melamine lamination, MDF with melamine lamination, hardboard with paper lamination
Questions & answers
- How much does it cost, and where can I buy it?
- This Badger Basket toy chest is sold by 2 retailers from $35.99 to $44.29. The lowest in-stock price is $35.99. 1 of 2 listings are on sale (up to 20% off). Available at kohls.com and homedepot.com.
- Is it in stock?
- Yes. It's in stock at 2 of 2 retailers.
- What are the key features?
- Key features include Front handle slot, 2 safety support hinges hold the lid open, Bench top design, Oversized toy chest holds toys, stuffed animals, dress-up clothes, and Solid construction keeps items neatly contained.
- What is it made of?
- It's made of LDF with melamine lamination, MDF with melamine lamination, and hardboard with paper lamination.
- What's its pattern?
- Its pattern is solid.