Moving Vehicle Build

Overview

This 60-minute practical lesson engages Year 2 students in design and technology by guiding them to construct moving vehicles using shoeboxes and simple materials. The lesson aligns with the National Curriculum for England, focusing on developing basic design, making, and evaluating skills.

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National Curriculum Links

Key Stage 1 Design and Technology

• Design: Generate and communicate ideas through talk and annotated drawings.
• Make: Select and use appropriate tools and materials with some accuracy and care.
• Evaluate: Explore a range of existing products and evaluate their effectiveness.
• Technical knowledge: Understand how wheels and axles work to enable movement.

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Learning Objectives

By the end of this lesson, pupils will:

• Use simple measuring and marking techniques to create accurate points for assembly (NC Design and Technology, Make).
• Use a range of tools (pliers, scissors) safely and accurately to cut and prepare materials (NC Make).
• Assemble a basic wheeled vehicle model, incorporating axles and wheels (NC Technical knowledge).
• Understand the importance of precision to ensure moving parts function smoothly (NC Evaluating).
• Demonstrate the ability to join components using Velcro effectively (NC Make).

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Resources Required (per group of 2 students where possible)

• 1 shoebox with lid (lid pre-marked with ruler-width vertical lines)
• Lolly sticks (for measuring)
• Pliers with hole punch attachment
• Scissors
• Wooden doweling sticks (for axles)
• Plastic tubing pieces (to act as bushings)
• Plastic wheels (4 per vehicle)
• Velcro strips (pre-cut)
• Pencils
• Ruler (for teacher demonstration)
• Safety goggles (to ensure eye protection when using tools)

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Lesson Structure

Starter (10 minutes)

• Introduction to Moving Vehicles: Briefly discuss vehicles they know and how wheels enable movement. Show simple diagrams or real examples (toy cars, etc.).
• Explain the Task: Share the plan to make a moving vehicle model using a shoebox. Emphasise how wheels and axles need careful, accurate placement.
• Safety Briefing: Highlight safe use of scissors and plier punches, and the importance of working carefully to avoid injury or mistakes.

Main Activity (45 minutes)

Step 1: Marking and Punching Holes (10 minutes)

• Teacher reminder: The lid is pre-marked with vertical lines the width of a ruler.
• Pupils use a lolly stick to measure and draw a horizontal line a width of the lolly stick from the bottom of the lid — on all four sides, forming crosses.
• Highlight accuracy — holes must align for smooth axle movement.
• Using plier punches, pupils carefully create one hole at each cross point on all four sides.
• Teacher circulates, supporting accuracy and tool use.

Step 2: Preparing the Axles (10 minutes)

• Measure doweling length: width of box + 2 finger spaces on either side (~4 cm longer than box width).
• Cut doweling with scissors.
• Sharpen one end of each dowel stick ONCE (teacher demonstrates), to fit securely into the wheels without splitting.
• Safety note: Provide assistance with sharpening step or pre-sharpen dowels if needed.

Step 3: Assembling Wheels and Axles (15 minutes)

• Insert doweling axles through holes at top and bottom of the shoebox lid (2 axles).
• Push plastic tubing onto doweling on both sides of each hole to act as bushings — preventing friction and keeping wheels secure.
• Add wheels on ends of doweling (on outside of tubing).
• Check wheels turn freely; adjust tubing placement as needed.

Step 4: Attaching the Lid to the Base (10 minutes)

• Align the lid with the base of the shoe box precisely.
• Attach Velcro strips to join lid and base securely.
• Emphasise the importance of accurate alignment so the lid stays in place but can be removed if needed.

Plenary (5 minutes)

• Gather pupils and facilitate a brief reflection discussion:
  • "What helped your wheels move smoothly?"
  • "Why was it important to measure and mark carefully?"
  • "What would you do differently next time?"
• Acknowledge effort and encourage pride in their creations.

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Assessment Opportunities

• Observation: Monitor pupils’ ability to mark and punch holes accurately and use tools safely.
• Questioning: Check understanding during the plenary—why precision matters and how the axles work.
• Practical Outcome: Evaluate vehicles for functional wheels that turn smoothly and secure attachments.

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Differentiation

• Support: Provide pre-measured and cut doweling plus teacher assistance with plier punches for those needing more support.
• Challenge: Ask advanced pupils to design their own simple vehicle body shapes on paper next lesson or decorate their models creatively using collage materials.

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Extension Ideas

• Introduce simple gears or pulley concepts in a follow-up lesson.
• Allow pupils to explore alternative materials (e.g., card wheels) to compare effectiveness.
• Encourage a design evaluation where pupils discuss how to improve their vehicle’s movement or durability.

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Safety Considerations

• Ensure all pupils wear safety goggles while using plier punches.
• Supervise carefully when pupils cut doweling and sharpen ends.
• Maintain a tidy workspace to prevent accidents.

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Creative Tip for Teachers

Capture a short timelapse video of the pupils building their vehicles to share with parents or in school showcases. This visual evidence highlights the practical skill development and makes the work tangible and proud for children.

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This rigorous, hands-on lesson fully embodies the Year 2 Design and Technology National Curriculum requirements, reinforcing practical skills, measuring accuracy, and understanding of mechanisms in an engaging, memorable way.