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Female Contour Drawing: Single-Line Figure Practice
Learn to draw a female figure in one continuous contour line without lifting the pencil, using a defined convention and checkable practice tasks.
Free lesson
Four exercises
Worked answers
Object Drawing Lessons
Contour drawing asks you to describe a figure's outline with a single unbroken line. This lesson focuses on a female figure in a standing pose, using a clear convention: the line may cross itself and may retrace, but the pencil stays on the paper from start to finish. You will plan a route, draw slowly, and check your result with simple measurements and a rubric that allows valid stylistic variation.
Practice materials: Printable downloads are not available for this lesson yet. Use the instructions and four exercises below.
The single-line convention
A contour is the visible boundary of a form. In single-line contour drawing, you draw that boundary as one continuous mark. The line may loop, cross itself, or briefly retrace to reach a new area, but you do not lift the pencil. This is a convention, not a universal rule of art; other contour styles allow breaks. Here, the unbroken line is the exercise.
Work on plain paper with a pencil. Choose a starting point on the figure's outer edge, such as the top of the head or the outside of one foot. Plan a route that visits the major edges: head, shoulders, arms, torso, hips, legs, and feet. Interior details such as the hairline or the fold of a sleeve can be included by looping inward and back out, but keep the line continuous.
- Place the paper so you can see the whole figure reference without turning your head.
- Mark a start point on the outer edge and a planned finish point, for example the opposite foot.
- Trace the route with your finger before drawing, noting where the line must cross itself.
- Draw slowly, keeping the pencil on the paper; if you need to reach a new area, loop through an already drawn line rather than lifting.
- Stop at the finish point and compare the drawing to the reference using the checks below.
Proportion and x-height checks
Use simple proportional checks rather than exact realism. A common convention is that the head fits about seven to eight times into the standing figure's height. This is a guide, not a rule; figures vary. Measure the actual head height on your reference and compare it with the total figure height. If the head is 3 cm and the figure is 21 cm, the ratio is 1:7.
For lettering or annotation on the same page, define x-height as the distance from baseline to midline. Letter styles vary, so do not force one universal shape. If you add a label, choose a consistent x-height, for example 5 mm, and keep all lowercase letters at that height. This is a hypothetical example; measure your own paper and tools.
- Measure the head height on the reference with a ruler and record it in centimetres.
- Measure the total figure height and divide by the head height to find the ratio.
- Check that major landmarks, such as the waist and knees, fall at plausible fractions of the total height.
- If you annotate, set one x-height and keep lowercase letters consistent with it.
Route planning for a female figure
A female figure in a simple standing pose with one hand on the hip creates a clear silhouette. Plan the route so that the line follows the outer edge from the top of the head down one side, around the feet, and up the other side. Where the hand meets the hip, the contour may loop inward to describe the arm and then return to the torso edge.
Keep the line relaxed. A contour drawing is not a shaded drawing; do not fill areas with tone. The goal is a readable single line that describes the figure's shape. If the line becomes tangled, continue without lifting and simplify the next section.
- Identify the outermost points: top of head, shoulder, elbow, hip, knee, and foot.
- Decide the order you will visit them, for example head, left shoulder, left arm, left hip, left leg, left foot, right foot, right leg, right hip, right arm, right shoulder, back to head.
- Draw the route in one continuous line, crossing at the hand-on-hip junction if needed.
- Review the silhouette: does the line describe a female figure with a clear waist and hip shape?
Worked example
A reference shows a standing female figure. The head height is 3 cm and the total figure height is 21 cm. The waist is at 10.5 cm from the top of the head. Plan a single-line contour route and state one proportion check.
Worked answer
The head-to-height ratio is 21 divided by 3, which equals 7, so the figure is about seven heads tall. The waist at 10.5 cm is half of 21 cm, so it falls at the midpoint of the figure height. A valid route starts at the top of the head, goes down the left side to the left foot, crosses at the foot, and returns up the right side to the head, looping inward at the hand-on-hip junction. Check: 10.5 is half of 21, so the waist landmark is consistent with the midpoint convention.
Four practice exercises
Exercise 1
A described reference: a female figure stands with feet together, arms at sides, head height 4 cm, total height 28 cm. Draw a single-line contour from the top of the head around the left side to the left foot, across to the right foot, and up the right side back to the head. State the head-to-height ratio.
Show answer and check
The ratio is 28 divided by 4, which equals 7, so the figure is seven heads tall. The contour should be one unbroken line that follows the outer edge and crosses at the feet.
Why: The ratio check uses the measured head height and total height. The route is planned to visit the outer edges in a continuous order, crossing at the feet to move from one side to the other.
Check: Confirm the pencil never lifted by tracing the line from start to finish with your finger. Recalculate 28 divided by 4 to verify the ratio is 7.
Exercise 2
A described reference: a female figure stands with one hand on the hip. Head height is 3.5 cm, total height is 24.5 cm. The hip landmark is at 12.25 cm from the top of the head. Draw a single-line contour that loops inward at the hand-on-hip junction. Check whether the hip landmark is at the midpoint.
Show answer and check
The ratio is 24.5 divided by 3.5, which equals 7. The hip at 12.25 cm is half of 24.5 cm, so it is at the midpoint. The contour loops inward to describe the arm and hand, then returns to the torso edge without lifting.
Why: The midpoint check divides the total height by two. The loop at the hand-on-hip junction is a valid way to include an interior edge while keeping one continuous line.
Check: Verify that 12.25 times 2 equals 24.5. Trace the loop to confirm the line remains unbroken and returns to the outer edge.
Exercise 3
A described reference: a female figure stands with one leg slightly forward. Head height is 3 cm, total height is 22.5 cm. The knee landmark is at 11.25 cm from the top of the head. Draw a single-line contour and state whether the knee is above, at, or below the midpoint.
Show answer and check
The ratio is 22.5 divided by 3, which equals 7.5. The midpoint is 11.25 cm, so the knee is at the midpoint. The contour should describe the forward leg without lifting the pencil.
Why: The midpoint is half of 22.5, which is 11.25. Comparing the knee landmark to the midpoint gives a simple proportion check.
Check: Calculate 22.5 divided by 2 to confirm the midpoint is 11.25. Check that the knee landmark matches this value in the description.
Exercise 4
A described reference: a female figure stands with arms slightly away from the body. Head height is 4 cm, total height is 26 cm. The waist landmark is at 13 cm from the top of the head. Draw a single-line contour that includes the gap between the arm and torso by looping inward. State the head-to-height ratio and whether the waist is at the midpoint.
Show answer and check
The ratio is 26 divided by 4, which equals 6.5. The midpoint is 13 cm, so the waist is at the midpoint. The contour loops inward to describe the gap between the arm and torso, then returns to the outer edge without lifting.
Why: The ratio uses division of total height by head height. The midpoint check uses half of the total height. The inward loop is a valid single-line strategy for an interior gap.
Check: Confirm 26 divided by 4 equals 6.5 and 13 times 2 equals 26. Trace the line to ensure the inward loop does not break continuity.
Common mistakes
- Lifting the pencil to start a new section. Loop through an existing line to reach the new area, or retrace briefly. Keep the pencil on the paper for the whole drawing.
- Drawing too fast and losing the figure's proportions. Slow down and check head-to-height ratio before drawing. Mark landmark fractions lightly if needed, then draw the contour.
- Adding shading or filled areas. This task is contour only. Use one line weight and no shading; describe form through the outline and loops.
- Forcing a single letter style for annotations. Define x-height as baseline to midline and keep it consistent, but allow valid letter-style variation. The rubric checks consistency, not one universal shape.
Self-check rubric
- The drawing uses one continuous line with no pencil lifts; crossings and brief retracing are allowed.
- The silhouette reads as a female figure with a clear waist and hip shape.
- The head-to-height ratio is recorded and is plausible for the reference, for example between 1:6 and 1:8.
- No shading or filled areas are present.
- If annotations are added, x-height is defined as baseline to midline and kept consistent, while letter-style variation is accepted.
- The route visits the major outer edges and returns to a planned finish point.
Questions and answers
May the line cross itself?
Yes. Crossing and brief retracing are allowed under this convention, as long as the pencil does not lift.
Do I need a live model?
No. A clear reference or a described pose is enough. The practice tasks describe the pose in text so you can draw from the description.
Is shading allowed?
No. This is a contour exercise. Keep the drawing to a single continuous line without shaded areas.
How do I check proportions without exact realism?
Use the head-to-height ratio and landmark fractions. Record your measurements in centimetres and compare ratios, not absolute sizes.