7 Inches Power operated lint Lamb Can Hoot And Walk Simulated Wool lint children Toy Children's Electronic Pet Parent And Child Interactive Toy Product parameters Product Name: Lamb Doll Color: P-ink Product size: 17x14x11CM or 6.7x5.5x4.3IN Product weight: 150g or 0.33IB Material: polyester Product description: Introducing the Can Walk and Call Lamb Dolls, a interesting interactive toy that will attract children and provide undying hours of imaginative play. These adorable lint dolls come in 3 attractive colors and boast an incredible feature.It's their tails can oscillate! Made from quality soft materials, these furry companions are wonderful for cuddling and snuggling. Their lively colors add to their appeal, making them visually appealing to kids of all ages. Each doll is meticulously designed to resemble a cute little lamb, complete with expressive eyes and a friendly smile. What sets these Can Walk and Call Lamb Dolls special is their unique ability to walk and make realistic lamb sounds. Simply press the designated button on their belly, and watch as they come to life! With every step they take, their tail wags back and forth, adding a feel of playful beauty that will surely treat children. Children will be fascinated as they interact and attend with these adorable small animals. The walking feature encourages physical activity and gross motor skill development. Additionally, the lifelike meows emitted by the dolls create a realistic and immersive experience, fostering invention and imaginative storytelling. These Can Walk and Call Lamb Dolls make for great companions during play, naptime, or even bedtime. They can be carried around effortlessly, providing comfort and treat wherever your child goes. Wonderful for gifting, these dolls are suitable for boys and girls alike, offering undying entertainment and companionship. Package Included: 1 x Simulated Lamb Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.