Takara Tomy Ania Great White Shark Figure, Floats in Water
Description
The Takara Tomy Ania Great White Shark Figure, capable of floating in water, introduces the thrill of marine life into a compact animal toy. Featuring a broad-opening jaw and an articulated tail, it enables children to mimic the impressive movement of a great white shark during imaginative play.
This intricately crafted Ania AL Series collectible is perfect for educational imaginative play and interactive enjoyment. Its ability to float in water varies based on positioning and surroundings, and it comes with both Japanese and English picture book cards to assist youngsters in learning more about various animals.
Details
• Product Material: Plastic
• Manufacturer: Takara Tomy
• Made in: Vietnam
Features
- Compact great white shark model featuring intricate sculpting
- Jaw mechanism allows wide opening and closing for authentic play
- Articulated tail swings left and right, producing realistic movement
- Capable of floating on water, influenced by posture and surroundings
- Comes with two animal fact cards in both Japanese and English
- Requires no batteries for operation
- Suitable for children from 36 months up to 1200 months old
- Part of the Ania AL Series range of animal figurines
How to use
Utilize this figure for creative animal role-play, educational discovery, or aquatic activities under parental guidance. Manipulate its jaw and tail to simulate authentic shark behaviors, and experiment with various positions in water to observe its buoyancy. The accompanying picture book cards serve as a resource for deeper animal knowledge and detail comparison in either English or Japanese.
Care instructions
Clean the figurine with a soft, dry, or slightly moistened cloth following each use. Should it be used in water, ensure it is completely dry prior to storage to preserve its material and articulated components. Keep in a cool, arid location, away from direct sun exposure, extreme temperatures, and abrasive substances. Refrain from vigorous handling or extending its joints past their designed range of motion.