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Kindle E-Reader Drawing: Screen, Bezel, and Button Detail

Learn to draw a Kindle e-reader with accurate screen, bezel, and button placement using a simple construction method and checkable proportions.

Free lesson
Four exercises
Worked answers

Object Drawing Lessons

This lesson teaches a reliable way to draw a Kindle-style e-reader from the front. You will build the device as a set of nested rectangles, place the screen inside the bezel, and add button detail with consistent spacing. The method uses a defined drawing convention: the screen area is a rectangle whose top and bottom edges sit at the same height as the bezel's inner midline, and the bezel width is measured as a fraction of the device width. Because letter styles and handwriting vary, the rubric accepts any clean, legible construction that follows the stated proportions and alignment rules. All measurements are hypothetical examples; measure your own reference or use the numbers given as a starting point. The goal is a clear, proportional drawing, not a brand-accurate replica.

Practice materials: Printable downloads are not available for this lesson yet. Use the instructions and four exercises below.

Set the outer rectangle and bezel

Begin with a light rectangle for the device body. For this lesson, use a hypothetical width of 12 cm and height of 17 cm. These are example values only; if you draw larger or smaller, keep the same ratio. The bezel is the border between the outer edge and the screen. Define the bezel width as one-eighth of the device width, so 1.5 cm on each side. The top and bottom bezels are wider to leave room for the screen margin and button area: use 2 cm at the top and 3 cm at the bottom. Mark these distances lightly from each edge.

Check that the inner rectangle (the screen opening) is 9 cm wide and 12 cm tall: 12 minus 1.5 minus 1.5 equals 9; 17 minus 2 minus 3 equals 12. This inner rectangle is the bezel opening, not the screen itself. Keep all lines straight and parallel; a ruler helps but freehand is acceptable if the edges are clean.

  1. Draw a 12 cm by 17 cm outer rectangle in light pencil.
  2. Measure 1.5 cm inward from the left and right edges; mark and connect to form vertical bezel lines.
  3. Measure 2 cm down from the top and 3 cm up from the bottom; mark and connect to form horizontal bezel lines.
  4. Label the inner rectangle as the bezel opening and verify its size is 9 cm by 12 cm.

Place the screen inside the bezel opening

The screen is a rectangle inside the bezel opening, leaving a small uniform margin. Use a 0.5 cm margin on all sides of the bezel opening. That makes the screen 8 cm wide and 11 cm tall: 9 minus 0.5 minus 0.5 equals 8; 12 minus 0.5 minus 0.5 equals 11. Draw the screen rectangle with its top and bottom edges parallel to the device edges. The screen should be centered within the opening, so the left and right margins are equal.

To keep the drawing readable, shade the bezel lightly and leave the screen blank or add a single horizontal line to suggest text. Do not draw brand logos or hands. The screen rectangle is the focal point; its corners should be square unless your reference shows rounded corners, in which case use a small consistent radius on all four corners.

  1. From each side of the bezel opening, measure 0.5 cm inward and mark.
  2. Connect the marks to form an 8 cm by 11 cm screen rectangle.
  3. Verify the screen is centered: left and right margins should both be 0.5 cm.
  4. Lightly shade the bezel area to separate it from the screen.

Add button detail below the screen

The bottom bezel is 3 cm tall. Place a single row of three small buttons centered horizontally in this area. Use a hypothetical button size of 0.8 cm wide and 0.4 cm tall, with 0.6 cm gaps between buttons. The total width of the button group is 0.8 plus 0.6 plus 0.8 plus 0.6 plus 0.8 equals 3.6 cm. Center this group under the screen: the screen is 8 cm wide, so the group starts 2.2 cm from the screen's left edge (8 minus 3.6 equals 4.4; half is 2.2).

Place the buttons 1 cm below the screen's bottom edge, leaving 1.6 cm to the device bottom (3 cm bottom bezel minus 1 cm gap minus 0.4 cm button height equals 1.6 cm). Draw each button as a small rounded rectangle. If your reference shows a different button count or shape, keep the group centered and the spacing even; the rubric accepts valid alternatives as long as alignment and spacing are consistent.

  1. Mark a horizontal line 1 cm below the screen's bottom edge.
  2. Center a 3.6 cm wide group on that line: mark 2.2 cm from the screen's left edge.
  3. Draw three 0.8 cm by 0.4 cm rounded rectangles with 0.6 cm gaps.
  4. Check that the group is centered and the gaps are equal.

Refine line quality and labeling

Go over the final lines with a darker pencil or pen. Keep the outer rectangle, bezel opening, screen, and buttons distinct. Erase construction marks gently. Add small labels if helpful: 'screen', 'bezel', 'button'. Labels should be outside the device or in the margin, not covering the drawing. Use consistent letter height; the x-height convention for this lesson is baseline to midline, and letter styles may vary as long as labels are legible.

Check all parallel lines and equal margins. The drawing should read as a flat, front-facing e-reader with a clear screen, even bezel, and centered button row. Avoid adding logos, hands, or other devices. If you round corners, use the same radius on all four outer corners and keep the screen corners square or consistently rounded.

  1. Trace final lines with a darker stroke.
  2. Erase light construction marks.
  3. Add labels in the margin using legible handwriting.
  4. Verify all margins and gaps match the planned values.

Worked example

Draw a front-facing e-reader with a 10 cm by 14 cm body. Use a 1 cm side bezel, a 2 cm top bezel, and a 2.5 cm bottom bezel. Inside the bezel opening, leave a 0.5 cm margin for the screen. Place two buttons centered in the bottom bezel, each 1 cm wide and 0.5 cm tall, with a 1 cm gap, starting 0.8 cm below the screen.

Worked answer

Outer rectangle: 10 cm by 14 cm. Side bezels: 1 cm each, so bezel opening width is 8 cm. Top bezel 2 cm and bottom bezel 2.5 cm, so opening height is 9.5 cm. Screen: 0.5 cm margin on all sides, so screen is 7 cm by 8.5 cm. Button group width: 1 plus 1 plus 1 equals 3 cm. Centered under the 7 cm screen, the group starts 2 cm from the screen's left edge (7 minus 3 equals 4; half is 2). Buttons sit 0.8 cm below the screen, leaving 1.2 cm to the bottom (2.5 minus 0.8 minus 0.5 equals 1.2). Draw two 1 cm by 0.5 cm rounded rectangles with a 1 cm gap, centered.

Four practice exercises

Exercise 1

Draw an e-reader body 12 cm wide and 16 cm tall. Use 1.5 cm side bezels, a 2 cm top bezel, and a 3 cm bottom bezel. Leave a 0.5 cm margin inside the bezel opening for the screen. What are the screen width and height?

Show answer and check

Screen width is 8 cm; screen height is 10 cm.

Why: Bezel opening width: 12 minus 1.5 minus 1.5 equals 9 cm. Screen width: 9 minus 0.5 minus 0.5 equals 8 cm. Bezel opening height: 16 minus 2 minus 3 equals 11 cm. Screen height: 11 minus 0.5 minus 0.5 equals 10 cm.

Check: Add the margins back: 8 plus 0.5 plus 0.5 equals 9 cm opening width; 10 plus 0.5 plus 0.5 equals 11 cm opening height. Then add bezels: 9 plus 1.5 plus 1.5 equals 12 cm; 11 plus 2 plus 3 equals 16 cm.

Exercise 2

Using the same 12 cm by 16 cm body and bezels from the previous exercise, place three buttons in the bottom bezel. Each button is 0.8 cm wide and 0.4 cm tall, with 0.6 cm gaps. The buttons start 1 cm below the screen. How far is the button group from the left edge of the screen, and how much space remains below the buttons?

Show answer and check

The group starts 2.2 cm from the screen's left edge; 1.6 cm remains below the buttons.

Why: Button group width: 0.8 plus 0.6 plus 0.8 plus 0.6 plus 0.8 equals 3.6 cm. Screen width is 8 cm, so centering gives (8 minus 3.6) divided by 2 equals 2.2 cm from the screen's left edge. Bottom bezel is 3 cm; subtract 1 cm gap and 0.4 cm button height to get 1.6 cm remaining.

Check: Verify total width: 2.2 plus 3.6 plus 2.2 equals 8 cm. Verify vertical space: 1 plus 0.4 plus 1.6 equals 3 cm.

Exercise 3

Draw a device 9 cm wide and 13 cm tall with equal side bezels of 1 cm, a top bezel of 1.5 cm, and a bottom bezel of 2.5 cm. The screen margin inside the opening is 0.5 cm. Place one centered button 1 cm wide and 0.5 cm tall, starting 0.8 cm below the screen. What is the button's distance from the left edge of the screen, and how much space is below the button?

Show answer and check

The button starts 2.5 cm from the screen's left edge; 1.2 cm remains below the button.

Why: Bezel opening width: 9 minus 1 minus 1 equals 7 cm. Screen width: 7 minus 0.5 minus 0.5 equals 6 cm. Centering a 1 cm button gives (6 minus 1) divided by 2 equals 2.5 cm from the screen's left edge. Bottom bezel is 2.5 cm; subtract 0.8 cm gap and 0.5 cm button height to get 1.2 cm remaining.

Check: Check horizontal: 2.5 plus 1 plus 2.5 equals 6 cm. Check vertical: 0.8 plus 0.5 plus 1.2 equals 2.5 cm.

Exercise 4

A drawing plan uses a 14 cm by 20 cm body with side bezels of 2 cm, a top bezel of 2.5 cm, and a bottom bezel of 3.5 cm. The screen margin is 0.5 cm. Two buttons, each 1.2 cm wide and 0.6 cm tall, are centered with a 0.8 cm gap and start 1 cm below the screen. Find the screen size, the button group's left offset from the screen, and the space below the buttons.

Show answer and check

Screen is 9 cm by 13 cm; the button group starts 2.9 cm from the screen's left edge; 1.9 cm remains below the buttons.

Why: Opening width: 14 minus 2 minus 2 equals 10 cm; screen width: 10 minus 0.5 minus 0.5 equals 9 cm. Opening height: 20 minus 2.5 minus 3.5 equals 14 cm; screen height: 14 minus 0.5 minus 0.5 equals 13 cm. Button group width: 1.2 plus 0.8 plus 1.2 equals 3.2 cm. Centering under 9 cm gives (9 minus 3.2) divided by 2 equals 2.9 cm. Bottom bezel 3.5 cm minus 1 cm gap minus 0.6 cm button height equals 1.9 cm remaining.

Check: Horizontal: 2.9 plus 3.2 plus 2.9 equals 9 cm. Vertical: 1 plus 0.6 plus 1.9 equals 3.5 cm. Screen: 9 plus 0.5 plus 0.5 equals 10 cm opening; 13 plus 0.5 plus 0.5 equals 14 cm opening.

Common mistakes

Self-check rubric

Questions and answers

Do I have to use the exact centimeter values?

No. The values are hypothetical examples. Keep the same proportions if you scale the drawing, and measure your own reference if you have one.

Can I round the corners of the device?

Yes, if your reference shows rounded corners. Use the same radius on all four outer corners and keep the screen corners consistent.

How many buttons should I draw?

The lesson uses three buttons as an example. If your reference shows a different number, keep the group centered and the spacing even.

What if my handwriting is messy?

Labels are optional. If you add them, use the baseline-to-midline x-height convention and keep letters legible; style may vary.

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