Forces & Motion Show — Primary School Incursion Sydney K-6
A high-energy, curriculum-aligned science incursion where students explore forces through large-scale demonstrations, hands-on participation and structured scientific thinking.
Curriculum-Aligned | Stage 1–3 Differentiated | High-Impact Demonstrations | NSW Primary Specialist
30 Years Teaching Experience
NSW Science Education Specialist
Programs Aligned to NSW Syllabus
Trusted by 100+ NSW Schools
Delivered to NSW schools, Catholic & Independent schools, fully risk-assessed & insured compliant. Available for primary school science incursions across Sydney, including Inner West, North Shore, Eastern Suburbs and Northern Beaches.

On Stage, Students Experience:
• Giant air-powered launches
• Hands-on stage participation
• High-energy motion experiments
• Forces they can see, feel and test
NSW Science & Technology Syllabus Aligned
Stage 1–3 Differentiated
Risk Assessment Provided
Pre & Post Learning Resources Available
Big Science. Big Energy. Real Learning.
Curriculum-Aligned | Stage 1–3 Differentiated | High-Impact Demonstrations
With over 30 years of classroom teaching experience and more than 60,000 students taught, this is not a generic science performance — it’s a structured, curriculum-driven learning experience designed for real understanding.
Students don’t just watch — they think, predict, observe and explain.
Each session is carefully adapted for Stage 1, Stage 2 or Stage 3, with questioning and explanations matched to your students’ level.
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Forces that push, pull and change motion
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Friction, air resistance and real-world movement
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Gravity and how objects fall, fly and launch
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Newton’s Laws brought to life through BIG demonstrations
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Energy transfer through motion, air and impact
Unlike generic science shows, this is a teacher-designed learning experience.
With nearly 30 years of classroom experience, The Crazy Scientist combines theatrical demonstrations with real curriculum understanding, ensuring students don’t just get excited — they understand.
They don’t just get excited.
They think scientifically.
What Students Experience
Students don’t sit passively, they get up on stage & do experiments. They predict, test ideas, explain observations and apply scientific language. Each demonstration is structured around questioning, evidence and real-world application.
Question
Predict
Observe
Explain
This reinforces Working Scientifically.

Signature Demonstrations & Scientific Concepts
Each demonstration is structured around prediction, observation, explanation and real-world application — reinforcing Working Scientifically skills across Stage 1–3.
NSW (2024) Mapped
🔵 Blue Dot = ST1-PQU-01: Measures and describes changes in movement
- Students observe and describe how pushes, pulls and gravity change the motion of objects in large-scale demonstrations
🟣 Purple Dot = ST2-PQU-01: Poses questions to investigate cause and effect
- Students make predictions before each demonstration and explain observed results
🟢 Green Dot = ST3-PQU-01: Poses questions to create fair tests investigating the effects of energy
- Students compare variables (force strength, surface type, object mass) across structured experiments
Big Science Demonstrations. Real Scientific Thinking.
Not a random collection of experiments — a carefully structured science learning journey.
Students move through The Crazy Scientist Lab System™, a structured three-zone experience designed to maximise engagement, participation, and conceptual understanding.
This same structured approach is used across our full program — including our Dinosaur & Fossils Show, Liquid Nitrogen Show and Earth & Space Incursion — allowing schools to build consistent scientific thinking across multiple topics.
Predict → Observe → Explain. → Apply
See It. Test It. Experience It.
Octopus Attack
Students see invisible electric forces move objects without contact.

🔵🟣🟢
Rocket Launch Party!
Students predict how force affects motion and distance.

🟣🟢
AirZooka Blast Off!
Students test how air can move objects without touching them.

🔵🟣🟢
Toilet Paper Dance
Students observe how moving air can transfer energy and create lift, causing lightweight objects to rise, twist and swirl.




