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Draw a Kids' Balance Scale in Four Simple Steps

Learn to draw a simplified balance scale for young learners using a base, stand, beam, and two pans. Includes steps, practice tasks, and a rubric.

Free lesson
Four exercises
Worked answers

Object Drawing Lessons

This guide teaches a simplified balance scale drawing for kids. You will draw a flat base, a vertical stand, a horizontal beam, and two hanging pans. The shapes are large and easy to copy. A convention is defined so that valid alternatives are accepted: x-height is measured from baseline to midline, and letter styles may vary. All measurements are hypothetical examples; measure your own paper and tools. The drawing is not realistic or shaded, and it does not show three-object weighing or black-line outline-only versions.

Practice materials: Printable downloads are not available for this lesson yet. Use the instructions and four exercises below.

Set Up Your Paper and Convention

Place your paper in portrait orientation. Decide a baseline near the bottom and a midline near the middle. The x-height is the distance from baseline to midline; use it to size the stand and beam consistently. Letter styles vary, so labels may be printed or cursive as long as they are readable.

Choose simple tools: a pencil, a ruler, and an eraser. Numerical values below are hypothetical examples. Measure your actual paper and ruler before drawing.

  1. Mark a baseline 3 cm from the bottom edge (hypothetical example).
  2. Mark a midline 9 cm above the baseline (hypothetical example).
  3. Label the space between baseline and midline as the x-height zone.

Draw the Base and Stand

The base is a wide, flat shape that keeps the scale stable. The stand is a vertical post rising from the base to the beam. Keep both shapes large and simple.

Use the x-height zone to place the stand. The stand should cross the midline so the beam sits above it.

  1. Draw a horizontal rectangle for the base, 8 cm wide and 1 cm tall, with its bottom edge on the baseline (3 cm from the bottom edge; hypothetical example).
  2. Draw a vertical rectangle for the stand, 1 cm wide and 9 cm tall, centered on the base, with its bottom at the base top (4 cm from the bottom edge) and its top 1 cm above the midline (hypothetical example).
  3. Check that the stand top is 1 cm above the midline using your ruler (hypothetical example).

Add the Beam and Two Pans

The beam is a horizontal bar balanced on top of the stand. The two pans hang from the ends of the beam. Draw the beam first, then the pans.

Keep the beam level to show balance. The pans can be simple bowls or shallow rectangles.

  1. Draw a horizontal rectangle for the beam, 10 cm wide and 1 cm tall, centered on the stand top.
  2. Draw two short vertical lines from each beam end downward, 2 cm long (hypothetical example).
  3. Draw a shallow bowl shape at the bottom of each line for the pans.

Check and Label Your Drawing

Check that the beam is level, the stand is centered, and the pans hang equally. Label the base, stand, beam, and pans using readable letters.

Valid alternatives include rounded pans instead of rectangular ones, or a thicker stand, as long as the four parts are clear and the beam is level.

  1. Confirm the beam is horizontal using your ruler.
  2. Confirm both pans hang at the same height.
  3. Write labels for base, stand, beam, and pan.

Worked example

Draw a simplified balance scale on paper 20 cm tall. Use a baseline 3 cm from the bottom and a midline 9 cm above the baseline. Draw a base 8 cm wide and 1 cm tall, a stand 1 cm wide and 9 cm tall centered on the base (bottom at the base top, top 1 cm above the midline), a beam 10 cm wide and 1 cm tall centered on the stand, and two pans hanging 2 cm below each beam end. All measurements in this prompt are hypothetical examples; measure your own paper and tools.

Worked answer

The drawing shows a flat base near the bottom, a vertical stand rising from the base top to 1 cm above the midline, a level beam centered on the stand, and two equal pans hanging 2 cm below each end. Labels are readable. The beam is horizontal and the pans are at the same height. Check: base top is 4 cm from the bottom (3 cm baseline plus 1 cm base height); the 9 cm stand reaches 13 cm from the bottom, which is 1 cm above the midline at 12 cm from the bottom.

Four practice exercises

Exercise 1

On paper 15 cm tall, mark a baseline 2 cm from the bottom and a midline 7 cm above the baseline. Draw a base 6 cm wide and 1 cm tall with its bottom edge on the baseline, a stand 1 cm wide and 7 cm tall centered on the base (bottom at the base top, top 1 cm above the midline), a beam 8 cm wide and 1 cm tall centered on the stand, and two pans hanging 1.5 cm below each beam end. All measurements in this exercise are hypothetical examples. Describe your drawing.

Show answer and check

A simplified scale with a flat base on the baseline, a vertical stand reaching 1 cm above the midline, a level beam, and two equal pans hanging 1.5 cm below each end.

Why: The baseline and midline set the x-height zone. The base top is 3 cm from the bottom (2 cm baseline plus 1 cm base height). The stand bottom sits at the base top and its 7 cm height reaches 10 cm from the bottom, which is 1 cm above the midline at 9 cm from the bottom (2 cm baseline plus 7 cm). Equal hanging lines keep the pans level.

Check: Use a ruler to confirm the beam is horizontal and both hanging lines are 1.5 cm.

Exercise 2

A student draws a beam 10 cm wide but places one pan 2 cm below the beam and the other 3 cm below. Is this a valid simplified balance scale? Explain and give a fix.

Show answer and check

No, because the pans are at different heights. Fix by making both hanging lines 2 cm or both 3 cm.

Why: A balanced scale shows equal pan heights. Unequal hanging lines make the scale look tilted.

Check: Measure both hanging lines with a ruler; they should match.

Exercise 3

Draw a simplified balance scale using rounded pans instead of rectangular ones. Keep the base 7 cm wide, stand 1 cm wide and 6 cm tall, beam 9 cm wide, and hanging lines 2 cm. Describe how your drawing still meets the convention.

Show answer and check

The rounded pans are a valid alternative. The four parts are clear, the beam is level, and the pans hang equally.

Why: The convention allows valid alternatives if the base, stand, beam, and two pans are identifiable and the beam is level.

Check: Confirm the beam is horizontal and both pans hang 2 cm below the beam ends.

Exercise 4

On paper 18 cm tall, use a baseline 3 cm from the bottom and a midline 8 cm above the baseline. Draw a base 8 cm wide and 1 cm tall, a stand 1 cm wide and 8 cm tall centered on the base (bottom at the base top, top 1 cm above the midline), a beam 10 cm wide and 1 cm tall, and two pans hanging 2 cm. All measurements in this exercise are hypothetical examples. Then label all four parts. Describe your labels.

Show answer and check

Labels read base, stand, beam, and pan. The drawing shows a level beam and equal pans.

Why: Labels make the four parts clear. The base top is 4 cm from the bottom (3 cm baseline plus 1 cm base height). The stand bottom sits at the base top and its 8 cm height reaches 12 cm from the bottom, which is 1 cm above the midline at 11 cm. The x-height zone helps place the stand and beam consistently.

Check: Read each label aloud and check that the beam is horizontal with a ruler.

Common mistakes

Self-check rubric

Questions and answers

Do I need to shade the drawing?

No. This is a simplified drawing, not a realistic or shaded scale.

Can I use round pans instead of rectangular ones?

Yes. Valid alternatives are allowed if the four parts are clear and the beam is level.

What does x-height mean here?

X-height is the distance from baseline to midline. It helps size the stand and beam consistently.

Can I label in cursive?

Yes. Letter styles vary; labels must be readable.

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