Versatile pendant rattle for babies and dolls Key benefits - Supports early development: designed to engage a baby’s vision and hearing, encouraging tracking and listening from newborn stages. - Handy multi-use pendant: works as a cot toy, a pram pendant, a toddler toy, and a decorative pendant for nativity dolls, providing long-term utility. - Engaging action and sound: when the pendant sways, the wind chime sound captures attention and encourages reaching and grasping. - Durable and reusable: built for repeated use with proper care and storage, offering lasting value. What this product does - Toy with pendant for the cot: promotes the baby’s vision and adds interactive fun for newborns. - Toy for toddlers: as the rattle pendant sways in the wind, the wind chime sound stimulates the child’s instinct to grab the toy. - Pendant for nativity dolls: with good care and storage, it can be reused for a long time. - Baby bed toy and pram pendant: stimulates play, trains hearing, and attracts the baby’s attention. 2-3 use scenarios - Newborn crib setup: hang the pendant within the baby’s line of sight to support visual tracking and provide gentle amusement during quiet playtime. - On-the-go engagement: attach the pendant to a stroller or car seat; as you move, it sways and chimes to invite grabbing and exploration. - Doll or decorative use: attach to nativity dolls or similar figures as a long-lasting pendant when not in use for baby play, preserving its function through care and storage. Specifications and attributes - Function: rattle and wind chime sound to stimulate hearing and attention - Compatibility: suitable as a cot toy, pram pendant, toddler toy, and doll pendant - Size and fit: compact pendant designed for attachment to cribs, strollers, and dolls - Material and performance: designed for safe, developmental play and long-term use with proper care Notes - For best longevity, follow care and storage guidance to maximize reuse. - Designed to deliver simple, reliable engagement for babies and toddlers without added complexity.