You are drawing a figure lying on the floor with their feet pointing directly at you. Your sketch shows the feet taking up roughly the same proportion of the composition as they would in a standing pose. What mistake are you making?
ADrawing what you know about foot-to-leg proportions rather than what you see — which shows feet as large and legs as drastically compressed
BUsing too light a line weight for the foreshortened areas
CApplying the wrong type of shading to the foreshortened limbs
DDrawing the figure from too far away to observe the foreshortening effect
This is the core challenge in figure foreshortening: your internal model of the body (feet are small relative to legs) overrides what your eyes actually see from an extreme angle (feet appear enormous, legs drastically compressed). The 'correct' proportions you have memorized are for a standing figure; from a head-on view, every foreshortened form has radically different proportions. The entire practice of foreshortening drawing is learning to trust observation over that internal model — students who draw from knowledge rather than sight consistently produce flat, unconvincing figures.
Question 2 Multiple Choice
When drawing a foreshortened arm reaching toward you, what is the most practical tool for getting the observed proportions right rather than drawing the arm's 'true' length?
AMemorizing that the foreshortened arm should always be exactly one-third of its full length
BUsing comparative measurement — holding a pencil at arm's length to measure observed ratios of foreshortened forms against each other
CDrawing from a photograph taken from the side to get accurate arm proportions first
DApplying the golden ratio to divide the arm into equal foreshortened segments
Comparative measurement directly combats the brain's tendency to rely on stored proportions. By holding a pencil at arm's length and measuring what you actually see — the foreshortened forearm might appear the same width as the hand — you capture observed reality rather than internalized anatomy. These measured ratios can be transferred directly to the drawing. Anatomical knowledge helps as a cross-check (do the landmarks line up structurally?) but cannot replace observation when actual proportions diverge sharply from the standing-figure norm.
Question 3 True / False
A foreshortened limb is essentially just a smaller, uniformly scaled version of the same form — the same proportions as in a standing pose, simply reduced in overall size.
TTrue
FFalse
Answer: False
Foreshortening changes proportions non-uniformly. The near end of a foreshortened limb appears much larger than normal — sometimes dramatically so — while the far end appears much smaller. A foreshortened leg doesn't just look 'shorter'; the foot may appear as wide as the torso while the thigh collapses to a few inches of depth on the page. This is fundamentally different from simply scaling a standing-pose leg down. Drawing foreshortened forms as uniformly smaller versions produces rigid, unconvincing figures.
Question 4 True / False
Overlapping contours are one of the most reliable depth cues in a foreshortened figure drawing because they create unambiguous signals about which forms are in front.
TTrue
FFalse
Answer: True
Overlap works as a depth cue because it is unambiguous: when one form passes in front of another, the front form obscures part of the back form, and the viewer's visual system reads this as a clear spatial relationship. For foreshortened figures, thinking of the body as stacking cylinders — where each near cylinder's large ellipse overlaps the form behind it — helps establish depth systematically. Even a rough drawing with clear overlaps reads as three-dimensional, while a careful drawing without overlaps tends to flatten out.
Question 5 Short Answer
Why is 'drawing what you know' instead of 'drawing what you see' such a persistent challenge in figure foreshortening, and what strategies help overcome it?
Think about your answer, then reveal below.
Model answer: Our brains store a strong internal model of the human body — its 'correct' proportions based on a standing or conventionally posed figure. When confronted with an extreme angle, this model fires automatically and pulls the drawing toward familiar proportions rather than the radically compressed forms we actually see. Strategies to override it include: using comparative measurement (pencil at arm's length) to capture observed ratios directly; focusing on overlapping contours that establish spatial relationships; and deliberately questioning any form that seems too long or too recognizable.
This tension between stored knowledge and direct observation is the fundamental challenge of observational drawing. Most drawing errors are not perceptual failures but cognitive ones: the brain substitutes its model for what the eye sees. Foreshortening makes this especially stark because the discrepancy between what we know (legs are long) and what we see (the leg is compressed to a few centimeters) is so dramatic. The cure is always the same: look more, assume less.