Make & mend · 45 min first practice
Draw an object through proportion and light
Build a recognizable pencil drawing from observed relationships, then use three values and a cast shadow to show its volume.
WHAT YOU WILL BE ABLE TO DO
Draw a plain mug from life with believable proportions and lighting, and diagnose one mismatch before adding detail.
A drawing becomes convincing when its parts agree. A handle that is too large, a rim seen from the wrong angle or a shadow on the wrong side can matter more than a beautiful patch of shading. Work from one plain object with one steady light. Begin with the big relationships, correct them lightly and reserve detail for after the structure reads.
You will need
- A plain matte mug with a visible handle; white or neutral paper beneath it
- Drawing paper, ordinary HB or 2B pencil, eraser and a spare sheet under your drawing hand
- A stable table, fixed seat and one ordinary lamp used as intended, or steady side light from a window
- Optional ruler for checking the drawn relationships on the page after your initial estimate
THE METHOD
Step by step
Fix the view and find the main shapes
Place the mug so the handle and part of the rim are visible, with light from one side. Choose where you will sit and keep your head in roughly the same position. Look before drawing: where are the top, bottom and widest points? The opening is a circle in the object, but from this view usually looks oval. Name the overall body shape, the handle's outer shape and the empty shape inside the handle. Moving the mug midway creates a second reference that will not agree with the first.
Set the drawing's envelope and proportions
Lightly mark the top, bottom and sides of the mug body on the page, leaving room for handle and shadow. Compare the visible body's width with its height. You can hold your pencil at a consistent arm distance and mark one span with your thumb, then compare the other without moving closer. This gives a relative measure, not centimeters. Choose the drawing's height and give its width the same relationship. Lightly mark where the handle attaches before drawing its curve.
Construct the rim before committing the outline
Draw a faint vertical center line through the body and a light oval for the rim. The oval's width and depth should match what you actually see: do not use a full circle because you know the opening is round. Compare its left and right ends with the sides below. Add the body contours and base, using the mug's own shape rather than assuming perfectly vertical walls. Keep lines erasable while you adjust the whole structure.
Use empty spaces as an independent check
Look at the gap inside the handle and compare it with your drawn gap. Is it tall, squat, narrow or wide? Check the attachment height against the rim and base. A familiar symbol of a mug can creep into the drawing even while you think you are observing. Comparing the negative space, the empty area bounded by the handle and body, gives you a second route to finding that error. Correct the large mismatch now instead of disguising it with dark edges.
Separate light, middle and dark before shading
Make a tiny three-value strip: untouched paper, a middle gray built with light pencil layers, and a darker gray. On the mug, identify the main lit area, the darker turned-away area and the cast shadow on the table. Squint briefly if it helps you group these areas, then relax your eyes. Shade broad regions lightly, keeping the paper available for highlights. Value means lightness or darkness; it is different from the object's outline and from drawing every small reflection.
Build volume and the contact with the table
Add another light layer where the observed form darkens, using the pencil side or closely spaced hatching rather than grinding the point into the paper. Draw the cast shadow's actual direction and shape. A small dark contact area where the mug meets the table can anchor it, while farther shadow edges may look softer. Do not make every edge equally black. Compare the interior opening, handle gap and shadow together so they suggest the same light and viewpoint.
Review relationships before adding a final detail
Set the pencil down and view the drawing from slightly farther away. Check body width to height, rim shape, handle placement and the light-shadow relationship. Choose the single mismatch that most affects recognition and correct it if the paper allows. Then add only a useful detail, such as rim thickness. Date the drawing and record the correction. A finished study can retain construction lines; its success is observed structure, not immaculate erasing.
SEE IT IN PRACTICE
The mug looks like a bucket
From your fixed seat, the mug body's visible width seems about three quarters of its height. You choose a 12 cm drawing height, so a first width estimate is about 9 cm. Your sketch is 12 cm wide as well as 12 cm tall, and its handle begins near the bottom even though the real handle attaches just below the rim. Before shading, narrow the body envelope, reposition the upper attachment and compare the empty handle gap again. These illustrative numbers belong to this view, not every mug. Once the shape reads, the left side is lighter under a left-side lamp and the cast shadow extends mainly right. If your darkest body area is also on the left, revisit what you actually see rather than making the outline darker. The structure correction and the value correction address different causes of an unconvincing drawing.
Illustrative exampleIf it does not go to plan
- Details are perfected inside a wrong silhouette
- Compare the largest width, height and attachments first. Fine decoration cannot rescue an incorrect body relationship.
- The light or viewpoint changes during the study
- Restore the original setup, or start a separate study. Do not combine incompatible observations into one outline.
- Shading becomes one uniform gray layer
- Preserve a visible distinction among light, middle and dark. Additional marks should clarify the observed form rather than darken everything equally.
BUILD THE SKILL
A little more capable each time
- First attempt
Draw only a mug's envelope, rim and handle gap in five to ten minutes. Check two relationships against the object.
- Use it for real
Make a complete study with three broad values and a cast shadow, then name and correct one structural mismatch.
- Take it further
Draw the same mug from a lower seat or move the light for a separate study. Explain which observed shapes or values changed and which object features stayed the same.
CHECK YOUR LEARNING
Can you do it?
Judge the result against these signs. If one is missing, return to the relevant step and try again.
- The body's width-height relationship and handle placement resemble the chosen view.
- The rim oval agrees with the viewpoint instead of becoming a symbolic circle.
- Light and shadow regions make the object read as a volume on a surface.
- You can identify an observed correction and explain why it mattered.
Explain it to yourself
Try answering before opening the explanation.
Why draw the empty handle gap?
Its shape exposes proportion errors independently of your memory of a mug. Negative space is observable just as the solid handle is.
Why leave some paper white?
A clear light area gives the middle and dark values something to contrast with. Covering every region evenly removes information about the light.
Is a different ratio wrong in a second drawing?
Not automatically. Changing the view changes projected shapes. Compare with that drawing's reference before treating the first drawing's ratio as a rule.
References for this guide
Getty: introducing proportion (opens in a new tab)↗Defines proportion as relationships among parts and invites object-drawing comparisons. The fixed-view pencil measurement and worked mug study are original instructional applications.
Getty: exploring value to create form (opens in a new tab)↗Supports layered value practice, pencil-side shading, hatching and light/shadow vocabulary. The three-value simplification is original.
Getty: shape, form and space (opens in a new tab)↗Supports the distinctions between two-dimensional shape, three-dimensional form, positive/negative space and value.
