🎉 Up to 70% Off Selected ItemsShop Sale
1 / 3
KidsEmbrace No Back Booster Seat - Batman
The KidsEmbrace Batman No Back Booster keeps your little superhero safe, secure and comfortable during any car trip. This belt positioning booster is designed for children who weigh 40 to 100 pounds and 40 to 57 inches tall. A shoulder belt guide is included to provide the best possible fit. A removable cup holder keeps drinks close at hand. The deluxe padded seat cover can be easily removed for machine washing.
- Belt Positioning No Back Booster
- Fits children from 40 up to 100 pounds
- Fits children from 40 up to 57 inches
- Side Impact Tested
- Tested to meet National Safety Guidelines
- Contoured seat shell is shaped for comfort even on long car rides.
- Seat cover can be easily removed wiped off and is machine washable.
- Cup holder
- High-impact thermoplastic seat shell is engineered with ribbing and reinforcements for added extra strength and superior protection during a collision.
$14.00
Original: $39.99
-65%KidsEmbrace No Back Booster Seat - Batman—
$39.99
$14.00Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The KidsEmbrace Batman No Back Booster keeps your little superhero safe, secure and comfortable during any car trip. This belt positioning booster is designed for children who weigh 40 to 100 pounds and 40 to 57 inches tall. A shoulder belt guide is included to provide the best possible fit. A removable cup holder keeps drinks close at hand. The deluxe padded seat cover can be easily removed for machine washing.
- Belt Positioning No Back Booster
- Fits children from 40 up to 100 pounds
- Fits children from 40 up to 57 inches
- Side Impact Tested
- Tested to meet National Safety Guidelines
- Contoured seat shell is shaped for comfort even on long car rides.
- Seat cover can be easily removed wiped off and is machine washable.
- Cup holder
- High-impact thermoplastic seat shell is engineered with ribbing and reinforcements for added extra strength and superior protection during a collision.
