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Nesting Doll Contour Drawing: Nested Outlines in Line Only
Learn to draw nesting doll silhouettes as clean contour lines, with nested outlines, a tracing prompt, and self-checking exercises using simple measurements.
Free lesson
Four exercises
Worked answers
Object Drawing Lessons
Contour drawing asks you to describe an object's edge with a continuous line, without shading or decorative pattern. For nesting dolls, the challenge is to keep each doll's outer silhouette distinct while showing how smaller dolls nest inside larger ones. This lesson uses a simple convention: draw each doll's outer edge as one closed contour, then draw the next smaller doll's contour inside it, leaving a visible gap that represents the shell thickness. You will practice tracing without lifting the pencil, compare proportions with a ruler, and judge your work with a rubric that accepts reasonable stylistic variation. All measurements below are hypothetical examples; measure your own paper and reference objects to set real values.
Practice materials: Printable downloads are not available for this lesson yet. Use the instructions and four exercises below.
Set the contour convention before drawing
A contour line is a single line that follows an object's visible edge. In this study, each nesting doll is represented by one closed outer contour. The smaller dolls are drawn as separate closed contours inside the larger ones, not as shaded forms. Leave a consistent gap between adjacent contours to suggest the wooden shell. The gap is a drawing convention, not a measured manufacturing tolerance; choose a gap that reads clearly on your paper, such as two millimetres in a hypothetical example.
Work on plain paper with a pencil. Place three reference outlines at decreasing sizes, or imagine them: a tall doll about 120 mm high, a middle doll about 85 mm high, and a small doll about 55 mm high. These numbers are hypothetical examples for practice. The tallest doll's contour should sit lowest on the page so the nested set reads as one family.
- Draw a light vertical centre line for each doll; keep the lines short and erase them later.
- Start at the top of the largest doll and draw its outer edge as one continuous closed contour, without lifting the pencil.
- Draw the middle doll's contour inside the largest, leaving a visible gap all around.
- Draw the smallest doll's contour inside the middle, again leaving a gap.
- Check that each contour closes and that no contour crosses another.
Trace the outer edge without lifting the pencil
The tracing prompt is to follow each doll's outer edge in one pass. Begin at the top centre, move down one side, across the base, and up the other side back to the start. If your pencil lifts, restart that contour on a fresh sheet rather than patching it. The goal is a smooth, closed silhouette, not perfect symmetry.
Keep the line weight even. Do not add facial features, floral patterns, or shading; those are outside this contour study. If a contour wobbles, note where it happened and redraw only that doll on a new sheet. A wobble is useful information about hand control, not a failure.
- Place the pencil at the top centre of the doll.
- Move slowly down one side, keeping the pencil on the paper.
- Turn across the base and continue up the opposite side.
- Close the contour at the starting point.
- Repeat for each nested doll, working from largest to smallest.
Compare proportions with simple arithmetic
Use a ruler to check height and width ratios. For a hypothetical example, if the largest doll is 120 mm high and 60 mm wide, its height-to-width ratio is 2:1. If the middle doll is 85 mm high, a proportional width would be about 42.5 mm. These values are examples only; measure your own drawing and reference.
Check the nesting gap by measuring the shortest distance between adjacent contours at the top, side, and base. In a hypothetical example, aim for a gap of about 2 mm at each point. If one gap is much larger, adjust the inner contour rather than the outer one, because the outer silhouette sets the family shape.
- Measure each doll's height and width in millimetres.
- Divide height by width to get a ratio; compare ratios across the three dolls.
- Measure the gap between adjacent contours at three points.
- Record any gap that differs by more than 1 mm from your chosen example value.
- Redraw only the contour that needs adjustment.
Judge the contour study with a rubric
A valid contour study can vary in style. Some drawers make rounded shoulders, others make straighter sides; both can be correct if the contour is closed and the nesting reads clearly. The rubric rewards closure, continuity, consistent gaps, and proportional similarity, not a single universal shape.
Use the rubric to decide whether to keep or redraw a contour. If a contour is open or crosses another, redraw it. If gaps are uneven but the silhouette reads well, note the variation and keep the drawing as a study.
- Check that every contour is closed.
- Check that no contour crosses another.
- Check that gaps are visible and roughly consistent.
- Check that height-to-width ratios are similar across the set.
- Write one sentence about what to change next time.
Worked example
A learner draws three nested contours. The largest doll is 120 mm high and 60 mm wide. The middle doll is 85 mm high and 45 mm wide. The smallest is 55 mm high and 30 mm wide. The gaps at the top are 3 mm, 2 mm, and 4 mm. Check the ratios and gaps, and state one adjustment.
Worked answer
Ratios: largest 120/60 = 2.0; middle 85/45 ≈ 1.89; smallest 55/30 ≈ 1.83. The ratios are close but drift slightly. Gaps: 3 mm, 2 mm, 4 mm; the 4 mm gap is the outlier. Adjustment: redraw the smallest doll's contour to bring its gap closer to 2 mm and its ratio closer to 2.0, without changing the outer silhouette.
Four practice exercises
Exercise 1
Draw three nested contours using hypothetical heights 100 mm, 70 mm, and 45 mm. Choose widths so each height-to-width ratio is about 2:1. Measure the gaps at the top and state whether they are roughly consistent.
Show answer and check
Widths about 50 mm, 35 mm, and 22.5 mm. Gaps should be visible and similar; a consistent gap of about 2 mm is acceptable as a hypothetical example.
Why: Dividing each height by 2 gives the proportional width. Measuring gaps at the top checks whether the nesting reads clearly.
Check: Use a ruler to confirm each ratio is close to 2.0 and that top gaps differ by no more than 1 mm from your chosen example value.
Exercise 2
A contour study has gaps of 2 mm, 5 mm, and 2 mm between three dolls. Identify the outlier and describe how to fix it without changing the largest contour.
Show answer and check
The 5 mm gap is the outlier. Redraw the middle or inner contour that creates that gap so the gap becomes about 2 mm, keeping the largest contour unchanged.
Why: The outer silhouette sets the family shape, so adjusting an inner contour is the safer correction.
Check: Measure the gap again at top, side, and base; confirm the new gap is within 1 mm of the other gaps.
Exercise 3
Draw one doll contour in a single pass without lifting the pencil. Then draw a second contour inside it with a visible gap. Check closure and crossing, and write one sentence about hand control.
Show answer and check
A valid result has two closed contours, no crossing, and a visible gap. The sentence should name a specific point where the line wobbled or stayed smooth.
Why: Closure and non-crossing are objective checks; the sentence records useful feedback for the next attempt.
Check: Trace each contour with a finger to confirm it closes; look for any point where lines touch or cross.
Exercise 4
Using hypothetical values, a largest doll is 90 mm high and 45 mm wide. A middle doll is 60 mm high. Calculate a proportional width and state one rubric item you would check after drawing.
Show answer and check
Proportional width is 30 mm because 90/45 = 2.0 and 60/2.0 = 30. A rubric item to check is that the gap between the two contours is visible and roughly consistent.
Why: The ratio method gives a checkable width; the rubric item connects the arithmetic to the drawing.
Check: Measure the drawn middle doll's width and the gap at top, side, and base; compare with the calculated values.
Common mistakes
- Lifting the pencil midway through a contour and restarting in a different place. Restart that doll's contour on a fresh sheet and complete it in one pass from top centre around to the start.
- Drawing the inner dolls touching the outer contour. Leave a visible gap all around; measure the gap at top, side, and base with a ruler.
- Adding decorative patterns or shading inside the silhouettes. Keep the study contour-only; remove pattern marks and reserve shading for a separate lesson.
- Making each doll a different height-to-width ratio so the family looks unrelated. Measure height and width, calculate ratios, and adjust inner contours to match the outer doll's ratio within a small tolerance.
Self-check rubric
- Every doll contour is a closed line.
- No contour crosses another contour.
- A visible gap separates adjacent contours at top, side, and base.
- Height-to-width ratios are similar across the three dolls within a small tolerance.
- The drawing contains no shading or decorative pattern detail.
- The learner can state one specific adjustment using measured values.
Questions and answers
Do I need a real nesting doll to do this lesson?
No. You can use the described three outlines at decreasing sizes, or draw your own reference outlines first and then trace them. The lesson is self-contained with text descriptions and hypothetical measurements.
Can I use a pen instead of a pencil?
Yes, if you accept that mistakes cannot be erased. Pencil is easier for redrawing a single contour, but pen is valid for a final contour study.
How do I know if my contour is good enough?
Use the rubric: closed contours, no crossings, visible and roughly consistent gaps, and similar height-to-width ratios. Stylistic differences in shoulder shape are acceptable.
How consistent do the gaps between contours need to be?
Aim for gaps that are visible and roughly similar at the top, side, and base. In a hypothetical example, keep each gap within about 1 mm of your chosen value. Small variation is acceptable if the nested set still reads clearly; large outliers should be corrected by adjusting the inner contour.