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Learn to construct jointed figure poses using limb pivots. Draw a reference pose, label pivot points, and build original poses on blank templates.
This lesson teaches a reliable method for drawing jointed figure poses by treating limbs as segments connected at pivot points. You will learn to place shoulder, elbow, wrist, hip, knee, and ankle pivots, then build limbs around them. The approach excludes gesture drawing, muscle anatomy, and facial expression; the focus is on structural clarity and proportional consistency. All resources described are planned and free, not yet built. Use the convention below to keep your drawings checkable.
Practice materials: Printable downloads are not available for this lesson yet. Use the instructions and four exercises below.
A pivot is a small dot or cross at the center of a joint. Draw limbs as straight or gently curved segments between pivots. X-height is measured from baseline to midline of each letter in any handwritten label; letter styles vary, so measure your own writing rather than assuming a standard.
Use a consistent unit, such as centimeters on paper or arbitrary units on a grid. Label each pivot with a letter: S for shoulder, E for elbow, W for wrist, H for hip, K for knee, A for ankle. Keep labels at least one x-height away from the segment line so they remain readable.
Start with a standing reference pose: shoulders level, hips level, arms slightly away from the torso, feet apart. Place pivots first, then draw segments. This order prevents limb length drift.
Measure each segment with a ruler or grid count. For example, if shoulder-to-elbow is 4 units, elbow-to-wrist should also be 4 units in a neutral pose. Record your chosen values as hypothetical examples; measure your actual paper and tools to set your own scale.
A blank jointed figure template has only pivot positions and a torso midline. To create a new pose, move one pivot at a time and redraw the connected segments. Keep segment lengths fixed unless you intentionally show foreshortening.
For a seated pose, lower the hip pivots, bend knees so ankle pivots sit below knees, and place wrists near the lap. Verify that each limb still has the same number of segments and that no segment crosses another without a pivot.
Use a three-pass check: pivot count, segment length, and label readability. Count six pivot pairs (shoulders, elbows, wrists, hips, knees, ankles). Measure each segment against your unit. Confirm every label is at least one x-height from any line.
Valid alternatives exist: a wrist pivot may be drawn as a dot or a short cross; a knee may be shown with a small circle. The rubric accepts any clear convention as long as it is used consistently and labeled.
A standing figure has shoulder-to-elbow 4 units, elbow-to-wrist 4 units, hip-to-knee 5 units, and knee-to-ankle 5 units. The left arm is raised so the elbow pivot is 2 units above the shoulder pivot. Describe how to place the wrist pivot and check the arm.
Place the shoulder pivot, then place the elbow pivot 2 units above it. From the elbow, draw a 4-unit segment to the wrist pivot. Check that shoulder-to-elbow is 4 units and elbow-to-wrist is 4 units. The raised arm is valid because segment lengths match the unit; only the elbow position changed.
A figure has shoulder-to-elbow 3 units and elbow-to-wrist 3 units. The right elbow pivot is 1 unit below the shoulder pivot. Place the wrist pivot and state its distance from the elbow.
The wrist pivot is 3 units from the elbow pivot along the forearm segment.
Why: Segment length is fixed at 3 units; moving the elbow does not change elbow-to-wrist length.
Check: Measure elbow-to-wrist with your unit and confirm it equals 3 units.
A seated pose has hip-to-knee 4 units and knee-to-ankle 4 units. The knee pivot is 2 units forward of the hip pivot. Describe where the ankle pivot goes relative to the knee.
The ankle pivot is 4 units from the knee pivot, placed below the knee to show a bent leg.
Why: The knee-to-ankle segment stays 4 units; the ankle position follows the bent-knee direction.
Check: Measure knee-to-ankle and confirm 4 units; confirm the ankle is below the knee.
A standing figure has left arm segments 5 units each and right arm segments 5 units each. The left wrist pivot is 1 unit higher than the right wrist pivot. Is the arm construction valid? Explain.
Yes, it is valid if both arms use 5-unit segments; the wrist height difference is a pose choice, not a length error.
Why: Segment lengths match on both sides; only pivot positions differ.
Check: Measure all four arm segments and confirm each is 5 units.
A template shows six pivot pairs but one label sits on a segment line. State the fix and the check you would use.
Move the label at least one x-height away from the line, then measure the gap from baseline to midline of your writing.
Why: Label readability depends on separation from lines, measured by your own x-height.
Check: Measure the gap between the label and the line; it should be at least one x-height.
A pivot is a marked point at a joint center, such as a dot or cross, where two limb segments meet.
Yes, as long as the pivot remains at the joint center and segment lengths are checkable.
Choose a simple unit such as 1 cm on paper or 1 grid square, then label it as a hypothetical example and measure your actual equipment.
Shorten the segment on paper but note the intended full length beside it so the check remains possible.