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Reclining Figure Drawing: Weight and Contact Points
Learn to draw a laying down figure by mapping contact points and weight distribution. Includes a worked example, practice tasks, and a self-check rubric.
Free lesson
Four exercises
Worked answers
Object Drawing Lessons
A reclining figure reads as believable when the body visibly rests on a surface. This lesson teaches a repeatable method: identify the main contact points, trace how weight travels between them, and adjust the silhouette so the figure appears supported rather than floating. You will use a simple convention for proportion and a checklist for contact, then apply it to four self-contained drawing tasks. All measurements are hypothetical examples; measure your own paper and reference setup before drawing.
Practice materials: Printable downloads are not available for this lesson yet. Use the instructions and four exercises below.
Mapping contact points before drawing
Begin by listing where the body meets the surface. For this side-reclining worksheet pose, use five example contacts: the side of the head, shoulder, hip, outer thigh, and heel or foot. Mark these as small dots on your paper before drawing any contour. The dots act as anchors: every curve you draw must pass through or near them.
Next, decide which contacts carry the most weight. In a relaxed side-reclining pose, the hip and shoulder usually carry more load than the head or heel. Draw a faint line connecting the heaviest contacts; this is your weight line. The body should compress slightly toward that line, not away from it.
- Mark one contact dot for each named contact point on the surface line: head side, shoulder, hip, outer thigh, heel.
- Draw a faint weight line between the two heaviest contacts.
- Sketch the torso as a soft curve that dips toward the weight line.
- Add limbs so that each endpoint touches or nearly touches its contact dot.
- Check that no part of the silhouette floats above the surface line without a contact.
Using a simple proportion convention
Use a convention you define explicitly: let one head length equal the distance from the top of the head to the chin in your reference. For a reclining figure, measure the total length along the surface and divide by head length to get a ratio. A hypothetical example: if the figure is 7 head lengths long and your head length is 3 cm, the total length is 21 cm. Adjust to your paper size.
The contact-count convention is a checking aid for this pose, not a universal rule. If your reference shows a shorter or longer ratio, record that ratio and use it consistently. The goal is internal consistency, not matching a fixed standard.
- Measure head length on your reference and label it H.
- Measure total reclining length along the surface and divide by H to get the ratio.
- Write the ratio at the top of your paper as a reminder.
- Use the ratio to place the hip and shoulder contacts proportionally along the surface line.
- Re-measure after sketching and note any deviation greater than half a head length.
Compression and silhouette at contacts
Where the body presses into the surface, the silhouette flattens slightly. Draw a short flat or gently curved segment at each heavy contact instead of a round bulge. At light contacts, such as the heel, the silhouette can remain rounder. This contrast communicates weight without shading.
Check the negative space beneath the figure. If a gap appears under the hip or shoulder, either move the contact dot or adjust the curve so the body meets the surface. Small gaps under the heel or hand are acceptable if the reference shows them.
- At each heavy contact, replace the round contour with a short flattened segment.
- At light contacts, keep the contour rounded.
- Trace the gap between figure and surface line; mark any unintended gap.
- Adjust the contour or contact dot until heavy contacts touch the surface line.
- Compare the flattened segments to your reference and note differences.
Checking weight shift and balance
Weight shift appears as a change in the curve of the torso and the angle of the limbs. If the hip carries more weight, the torso curve should dip toward the hip and the shoulder should appear slightly lifted or relaxed away from the surface. Draw a second faint line from the heaviest contact to the lightest contact and check that the body mass sits mostly on the heavy side.
A simple arithmetic check: assign hypothetical load values to contacts, such as hip 40, shoulder 30, head 15, outer thigh 10, heel 5, totaling 100. These numbers are examples only. Verify that the heaviest contacts show the most flattening and the lightest contacts remain the roundest; contacts with similar loads may show similar compression. If your silhouette contradicts this pattern, adjust it.
- Assign hypothetical load values to each contact and confirm they sum to 100.
- Rank contacts from heaviest to lightest.
- Compare compression at each contact to its rank.
- Adjust any contact where compression contradicts the rank.
- Re-check the weight line and torso dip after adjustments.
Worked example
A side-reclining figure on a flat surface. Head length H is 3 cm. Total reclining length is 21 cm, giving a ratio of 7. Contact dots are placed at head side, shoulder, hip, outer thigh, and heel. Hypothetical loads: hip 40, shoulder 30, head 15, thigh 10, heel 5. Describe how to draw and check the figure.
Worked answer
Mark five contact dots named in the prompt: side of head at 0H, shoulder at about 1.5H, hip at about 4H, outer thigh at about 5.5H, and heel at about 7H. Draw a faint weight line from hip to shoulder and sketch the torso dipping toward the hip. Flatten the silhouette most at the hip, next at the shoulder, and least at the heel; keep the head rounder and show slight compression at the thigh. The hypothetical loads 40+30+15+10+5 equal 100. Check that each named contact reaches the surface line and that the flattening follows the load ranking.
Four practice exercises
Exercise 1
A reclining figure lies on its back on a flat surface. Head length H is 4 cm. Total length is 24 cm. Contact dots: back of head, both shoulders, both hips, both heels. Hypothetical loads: hips 35 each, shoulders 10 each, head 5, heels 2.5 each. Describe the contact map and weight line, and state one check.
Show answer and check
Ratio is 24 divided by 4 equals 6 head lengths. Mark seven contact dots: back of head, two shoulders, two hips, two heels. Weight line connects the two hips. Flatten the silhouette most at both hips, slightly at both shoulders, and least at the head and heels, so compression follows the load ranking (hips 35 each, shoulders 10 each, head 5, heels 2.5 each). Check: loads sum to 35+35+10+10+5+2.5+2.5 equals 100, and hip compression is greatest.
Why: The back-lying pose distributes weight mainly to the hips. The ratio gives proportional spacing along the surface. Flattening at hips and shoulders matches the higher loads.
Check: Re-add the load values to confirm 100. Verify that both hips touch the surface line and that their flattened segments are the widest.
Exercise 2
A figure reclines on its side with one arm under the head. Head length H is 3.5 cm. Total length is 17.5 cm. Contacts: side of head, forearm, shoulder, hip, outer knee, heel. Hypothetical loads: hip 30, shoulder 25, forearm 20, head 10, knee 10, heel 5. Describe the drawing order and one adjustment if the forearm floats.
Show answer and check
Ratio is 17.5 divided by 3.5 equals 5 head lengths. Mark six contacts along the surface line. Weight line connects hip and shoulder. Draw torso dipping toward hip. Flatten hip, shoulder, and forearm; keep head, knee, and heel rounder. Compression should be greatest at hip, then shoulder, then forearm. If forearm floats, lower the forearm contact dot or curve the arm until it meets the surface line, then re-check that loads still sum to 100.
Why: The forearm carries notable load because it supports the head. The drawing order starts with contacts and weight line to prevent floating.
Check: Confirm 30+25+20+10+10+5 equals 100. Trace the gap under the forearm; it should be zero after adjustment.
Exercise 3
A figure reclines face-down on a flat surface. Head length H is 2.5 cm. Total length is 15 cm. Contacts: forehead side, chest, abdomen, both thighs, both toes. Hypothetical loads: chest 30, abdomen 25, thighs 15 each, forehead 10, toes 2.5 each. Describe how to show compression and state the proportion ratio.
Show answer and check
Ratio is 15 divided by 2.5 equals 6 head lengths. Mark seven contacts. Weight line connects chest and abdomen. Flatten chest most, abdomen next, thighs moderately, forehead slightly, and toes least, matching the load ranking (chest 30, abdomen 25, thighs 15 each, forehead 10, toes 2.5 each). Check loads: 30+25+15+15+10+2.5+2.5 equals 100. Compression should be widest at chest.
Why: Face-down weight concentrates at chest and abdomen. The ratio sets spacing. Compression rank follows load rank.
Check: Re-add loads to 100. Compare flattened segment widths: chest widest, abdomen next, toes narrowest.
Exercise 4
A figure reclines on its side with knees bent. Head length H is 3 cm. Total length along the surface is 18 cm. Contacts: head side, shoulder, hip, outer thigh, both knees, both feet. Hypothetical loads: hip 35, shoulder 25, thigh 15, head 10, knees 5 each, feet 2.5 each. Describe the contact map and one balance check.
Show answer and check
Ratio is 18 divided by 3 equals 6 head lengths. Mark eight contacts. Weight line connects hip and shoulder. Flatten hip and shoulder most; keep feet rounder. Balance check: loads sum to 35+25+15+10+5+5+2.5+2.5 equals 100, and the torso should dip toward the hip side. If the torso dips away, redraw the curve toward the weight line.
Why: Bent knees add contacts but the hip remains the heaviest. The balance check uses the weight line direction.
Check: Confirm load sum is 100. Verify the torso curve dips toward the hip and that hip and shoulder touch the surface line.
Common mistakes
- Drawing the figure floating above the surface line with no contact dots. Mark contact dots first and make every major body part touch or nearly touch its dot.
- Making all contacts equally round, so the figure looks weightless. Flatten the silhouette at heavy contacts and keep light contacts rounder.
- Ignoring the weight line and drawing a symmetrical torso. Draw a faint weight line between the heaviest contacts and dip the torso toward it.
- Using a proportion ratio from memory instead of measuring the reference. Measure head length and total length on your own reference, then record the ratio.
Self-check rubric
- Mark one contact dot for each contact named by the pose before drawing the contour; count left and right separately when both touch.
- A weight line connects the two heaviest contacts.
- Heavy contacts show short flattened silhouette segments; light contacts remain rounder.
- No unintended gap exists under heavy contacts.
- The proportion ratio is measured from the reference and recorded.
- Hypothetical load values sum to 100 and compression follows their ranking, with the heaviest contacts most flattened and the lightest roundest.
- Valid alternative proportions or contact placements are accepted if internally consistent and checked against the reference.
Questions and answers
Do I need a live model to practice?
No. You can use a photograph or a simple diagram described in the exercises. The method works from any clear reference that shows the body meeting a surface.
How many contact points should I mark?
Count the contacts actually named by the selected pose. Some tasks name five points and others name six, seven, or eight; mark each one and count left and right separately when both touch.
What if my figure looks stiff after flattening contacts?
Keep the flattening short and local. The rest of the contour should remain curved. Stiffness usually comes from flattening too much of the silhouette.
Can I use different load values than the example?
Yes. The values are hypothetical. Choose values that match your reference, ensure they sum to 100, and check that compression follows the ranking.