Abstract: Systems for soothing and prolonging sleep maintain an experience of riding in a vehicle in a car seat, even as a pattern of driving changes, when vehicle motion ceases or when the car seat is removed from the vehicle. Sensors detect one or more of motion, light and sound in an environment of the car seat. As motion, light and/or associated with the ride decrease, change or stop, a controller automatically controls actuators to apply compensatory motion, light and/or sound in the environment of the car seat, in order to provide continuity of the riding experience and decrease likelihood of an infant awakening or fussing. This allows the driver of the vehicle to concentrate on driving safely, rather than breaking concentration on the road in order to soothe the infant.

Abstract: Systems for soothing and prolonging sleep maintain an experience of riding in a vehicle in a car seat, even as a pattern of driving changes, when vehicle motion ceases or when the car seat is removed from the vehicle. Sensors detect one or more of motion, light and sound in an environment of the car seat. As motion, light and/or associated with the ride decrease, change or stop, a controller automatically controls actuators to apply compensatory motion, light and/or sound in the environment of the car seat, in order to provide continuity of the riding experience and decrease likelihood of an infant awakening or fussing. This allows the driver of the vehicle to concentrate on driving safely, rather than breaking concentration on the road in order to soothe the infant.