Evenflo EveryStage DLX All-in-One Car Seat (Choose Your Color)
About this item
- Supports children 4-120 lbs.
- Supports rear-facing use longer - up to 50 lbs.
- 3 modes: Infant car seat, toddler car seat and booster
- Rear and forward-facing harness
- 10 Total positions
Evenﬂo® EveryStage™ DLX All-in-One Car Seat delivers a safe and unrivaled comfort and installation experience. This all-in-one offers 10 years of safe and secure use as an Infant Seat, Convertible and Booster Seat, from 4-120 lbs. Our innovative EasyClick™ LATCH system easily ratchets to achieve a 3X tighter, rock-solid installation versus competition that can be correctly secured in seconds, for a wiggle-free seat without having to get into the vehicle.* Fully adjustable with up to 10 different positions, EveryStage™ offers an accurate ﬁt for a growing child.
For use as an infant car seat, the in-seat recline provides enhanced support and comfortably angles the child to minimize head slump while helping to keep their airway open, for a custom, cradled fit. The soft cushioned insert can be removed as the child grows. When used as a toddler car seat, your child can stay rear facing longer. The EveryStage™ DLX accomodates the entire family by adjusting to multiple positions, allowing children to ride rear-facing beyond 2 years without extending the seat or cramping other passengers. Simply move the headrest with one hand to adjust the height and harness in one step. No need to uninstall the seat or rethread the harness!
The EveryStage™ comes with an easy-to-read bead level and 5-recline options for improved vehicle ﬁt and peace of mind. A machine-washable seat pad and 2 dishwasher-safe cup holders make it easy to clean. The EveryStage™ All-in-One convertible car seat is proudly tested above industry standards in front, side impact and rollover tests. Additionally, all Evenﬂo® car seats include Parentlink customer service perks like real-time chat and free live video installation support.
* Based on consumer research of rear-facing installations with competitive LATCH systems.'