Rabbit Discover Who’s Bigger?

An enjoyable toy for a young child, consisting of 5 wooden boards. Each board has graded in size items from the biggest to the smallest. Builds up the childs fine muscle movements helping bodily/kinesthetic intelligence to be developed. It also helps children to differentiate between different sizes which lead to promoting logical / mathematical intelligence. Made of high quality natural wood with non-toxic paints conforming to European toy safety standards. 4 Pieces + Wooden Base 2+ Yrs. 30 X 8 X 1 cm

EYLF Learning Outcomes:

• Outcome 1 Children choose which rabbit they think is biggest or smallest, reinforcing decision making.
• Outcome 1 As they improve, they gain confidence in their ability to compare and order.
• Outcome 1 Repetition builds competence and a sense of agency as learners.
• Outcome 2 In group contexts, children can show their ordering to peers and discuss differences in their sequences.
• Outcome 2 They can compare the concept of “bigger vs smaller” to objects in their environment (toys, furniture, siblings).
• Outcome 3 The tactile, safe wooden materials create a comfortable learning medium.
• Outcome 3 The structured yet manageable challenge supports concentration and a calm focus.
• Outcome 3 Successful ordering gives a sense of achievement.
• Outcome 4 Children hypothesise which rabbit is bigger, place them, and test their ideas.
• Outcome 4 They engage in mathematical reasoning: comparing, ordering, classifying.
• Outcome 4 They persist when pieces don’t fit or order is unclear, adjusting their strategy.
• Outcome 4 They internalise the idea of size relationships (big, bigger, biggest).
• Outcome 5 Children use vocabulary related to size, order, and comparison (bigger, smaller, largest).
• Outcome 5 They explain their reasoning: “This one is bigger because …”
• Outcome 5 In group play, children listen to and compare different ideas about ordering.
• Outcome 5 They may document their sequence or reflect verbally or visually.

Developmental Milestones:

• 2 to 3 years Uses hands together for tasks; more precise movements
• 2 to 3 years Rotates, aligns, and places rabbit pieces with growing control
• 2 to 3 years Begins to sort by one attribute (e.g., size or color)
• 2 to 3 years Can identify and place rabbits from biggest to smallest with support
• 2 to 3 years Uses simple phrases like “Big rabbit” or “Small one”
• 2 to 3 years Uses comparative language in response to prompts
• 2 to 3 years Plays alongside others; begins cooperative play
• 2 to 3 years May observe or mimic peers during puzzle play
• 3 to 4 years Develops strength and control for manipulating puzzle pieces
• 3 to 4 years Places pieces more accurately and quickly
• 3 to 4 years Matches and sequences objects by size
• 3 to 4 years Independently orders rabbits by size with minimal guidance
• 3 to 4 years Expands vocabulary, uses full sentences
• 3 to 4 years Describes actions: “This rabbit goes here because it’s smaller”
• 3 to 4 years Starts to enjoy group work and sharing ideas
• 3 to 4 years May explain sequence to a peer or work cooperatively
• 4 to 5 years Completes more complex puzzles with confidence
• 4 to 5 years Solves full ordering puzzle quickly and efficiently
• 4 to 5 years Understands comparison, ordering, and logical reasoning
• 4 to 5 years Places rabbits in correct order using size reasoning
• 4 to 5 years Explains thinking, uses comparison terms (“bigger than,” “smallest”)
• 4 to 5 years Verbally describes their strategy or process
• 4 to 5 years Builds confidence through success; enjoys showing others
• 4 to 5 years Takes pride in task completion, may help others learn it too

Links to Theorists:

• This learning experience can be linked to Jean Piaget’s theories:
• Children sequence rabbit figures from biggest to smallest, directly practicing seriation. As they refine this skill, they are building logical reasoning — a key part of Piaget’s theory.
• “This rabbit is bigger than that one — so it must go first.”
• This learning experience can be linked to Lev Vygotsky’s theories:
• With support from a more knowledgeable peer or educator, a child can learn to compare and sequence rabbits accurately. The puzzle lies in their ZPD, and the adult’s role in modelling or questioning supports deeper learning.
• “What if we try putting the smaller one after the big one?”
• This learning experience can be linked to Maria Montessori’s theories:
• The puzzle is wooden, tactile, and visually graded, encouraging independent exploration. Montessori believed such structured sensorial activities allow children to internalise abstract concepts like size.
• The child discovers: “This one doesn’t fit here—it must go somewhere else.”
• This learning experience can be linked to Erik Erikson’s theories:
• Children develop a sense of autonomy by engaging in tasks independently. Completing the puzzle builds initiative, self-confidence, and pride.
• “I did it myself!” reflects a milestone of successful initiative.
• This learning experience can be linked to Friedrich Froebel’s theories:
• Discover Who’s Bigger? Rabbit acts as a Froebel-style “gift”: it’s purposefully designed to teach order, size, and reasoning through guided play.
• The child plays, explores, and learns within a safe, structured activity.

Learning Through Play:

• Picking up, rotating, and placing rabbit pieces
• Fine motor control, bilateral coordination
• Sequencing rabbits from biggest to smallest
• Logical reasoning, visual discrimination
• Trial and error in placing pieces
• Hypothesis testing, problem-solving
• Ordering and comparing sizes
• Early math skills: seriation, measurement language
• Talking about size and order
• Vocabulary growth (e.g., “bigger,” “smaller,” “first,” “next”)
• Collaborating with peers or adult guidance
• Turn-taking, shared thinking, communication