Novelty Drinking Water Bird Toy, Perpetual Motion Bobbing Glass Duck, Drinking Bird Perpetual Motion, Glass Bobbing Duck Novelty Ornament, Educational Physics Toy & Prank Decoration (E-5)

• [Hands-On Physics Discovery]: Inspire a love for science with the novelty drinking water bird toy, which brilliantly showcases capillary action and heat transfer so that children learn core concepts through engaging experiments and explorative play
• [Automatic Calming Motion]: Just put a water cup in front, and the bobbing glass duck will keep dipping nonstop with no batteries needed. It offers a soothing rhythm to ease stress and make work or study breaks enjoyable
• [Safe Eco Friendly Glass]: Made of high borosilicate glass and food grade materials, this bobbing bird is non-toxics, odorless and eco-friendly. The clear body lets you watch fluid movement for extra educational value
• [Cute Bird Decor Accent]: With playful elements like colorful hats and bow ties, the drinking bird desk toy's adorable design makes it a standout decorative piece, enriching your desk, shelf, or communal area and adding cheerful scientific appeal
• [Innovative Gift Choice]: Offering both educational insight and playful entertainment, the glass drinking bird suits students, STEM fans, or gadget lovers and makes a wonderful surprise for birthdays, festive occasions, or as a moving-in gift

Novelty Drinking Water Bird Toy, Perpetual Motion Bobbing Glass Duck, Educational Science Desk Decor for Home Office, Creative Physics Ornament Stress Relief Toy Drinking Bird Desk Toy, Novelty Drinking Water Bird Toy, for Home Office Desk Bobbing Bird Prank Toy Non-Stop Glass Duck Creative Toys Specification: Name: Drinking Water Bird Toy Product Size: 7.09 x 1.97 x 1.97 inches Material: High Borosilicate Glass Electrical: No Package includes: 1pcs * Drinking Water Bird Toy Note: 1. Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding! 2. Please allow a 1-2 cm difference in measurements due to manual measuring.