Frog: body parts in 3D

About this simulation

Explore Frog body parts in an interactive 3D model. Rotate, select labels, learn each part’s role, and play a matching game for primary science. Head: The broad head holds the brain and sense organs. It joins the body without a long neck. Eyes: Raised eyes help the frog look around while much of its body stays under water. Mouth: The wide mouth helps the frog catch and swallow food such as insects. Body: The compact body has smooth, moist skin. The frog can take in some oxygen through this skin. Front legs: The shorter front legs support the frog and help cushion its landing after a jump. Hind legs: Long, strong hind legs unfold to push the frog forward when it jumps or swims. Webbed feet: Skin between the back toes makes a broad surface that pushes against water during swimming.

What students can explore

Head: The broad head holds the brain and sense organs. It joins the body without a long neck.
Eyes: Raised eyes help the frog look around while much of its body stays under water.
Mouth: The wide mouth helps the frog catch and swallow food such as insects.
Body: The compact body has smooth, moist skin. The frog can take in some oxygen through this skin.
Front legs: The shorter front legs support the frog and help cushion its landing after a jump.
Hind legs: Long, strong hind legs unfold to push the frog forward when it jumps or swims.
Webbed feet: Skin between the back toes makes a broad surface that pushes against water during swimming.

Learning objectives

1Identify the main parts of the Frog.
2Connect each part with its function.
3Match labels to the correct parts of the 3D model.

Questions teachers ask

How can students explore this 3D model?

Drag to rotate, scroll or pinch to zoom, and select a body part to read its name and function. The labelled list also supports keyboard navigation.

How does the label-matching game work?

Choose Match labels. Connect each label to its matching dot on the model. Drag a line, or tap a label and then a dot. Correct connections stay visible until every label is matched.

Is this a detailed medical or biological model?

This is a simplified model for learning the main external parts. It does not show every structure, internal anatomy, or natural variation.

Embed this simulation

Drop it into your LMS, blog, or class site — free.

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