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Mountain Ridge Contour Drawing: Two-Outline Line-Following Practice

Compare two ridge outline contours, trace edge arrows, and redraw each ridge from observation using a clear line-following convention and checkable rubric.

Free lesson
Four exercises
Worked answers

Object Drawing Lessons

This lesson builds controlled line-following for mountain contour drawing by comparing two distinct ridge outline contours side by side. You will study how each outline turns, where it changes direction, and how to redraw it from observation in a blank panel. The focus is the ridge outline only: not depth layering across a range, and not landscape shading. A simple convention keeps the work checkable: draw one continuous outline per ridge, keep line weight even, and mark direction changes with small arrow cues before redrawing. Because letter styles and hand pressure vary, the rubric rewards consistent following and accurate turning points rather than a single universal shape. All measurements below are hypothetical examples; measure your own paper and tools before setting any numerical target.

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

Read the two ridge outlines before drawing

Place the two reference contours side by side. Ridge A is a broad, low outline with three gentle direction changes. Ridge B is a narrower, taller outline with five sharper turns. Before putting pencil to paper, trace each outline with your eyes from left to right and name each turn as a clock position: for example, a turn toward upper right is a two o'clock turn. This naming step slows the eye and prepares the hand.

Define your drawing convention explicitly: one continuous outline per ridge, no double lines, even pressure, and a small arrow at each direction change pointing along the line. The arrow is a planning cue, not decoration. Keep the blank redraw panel the same size as each reference panel so comparison stays fair.

  1. Lay the two reference contours side by side and confirm both fit the same panel size.
  2. Trace Ridge A with your finger, saying each turn aloud as a clock position.
  3. Trace Ridge B the same way and count its turns; expect more turns than Ridge A.
  4. Mark a small arrow at every direction change on both references, pointing along the outline.
  5. Check that each arrow follows the line rather than crossing it.

Redraw each ridge from observation

Work on one ridge at a time. Start at the left edge of the blank panel and follow the reference outline turn by turn, using the arrows as checkpoints. Do not copy the reference by sliding your hand over it; look, then draw. If a turn feels uncertain, pause, re-read the clock position, and continue. A hypothetical example: if Ridge A has three turns and you draw four, you have added a turn that is not in the reference, so correct it before moving on.

Keep line weight even and avoid lifting the pencil mid-outline. After finishing Ridge A, compare it to its reference by placing the panels side by side and checking turn count, turn direction, and overall height. Then repeat the process for Ridge B. Valid alternatives exist: a slightly different curve radius is acceptable if the turn count, turn order, and relative height match the reference.

  1. Start at the left edge of the blank panel and draw the first segment of Ridge A.
  2. At each arrow checkpoint, confirm the turn direction before continuing.
  3. Finish Ridge A as one continuous outline without lifting the pencil.
  4. Compare Ridge A to its reference: count turns, check directions, check height.
  5. Repeat the same sequence for Ridge B, expecting five turns.
  6. Compare both redraws side by side and note one improvement for each.

Use a checkable convention and rubric

The convention makes the work checkable without demanding one universal shape. Count turns, confirm turn order, and compare relative height between the two ridges. Ridge B should read as narrower and taller than Ridge A. Line weight should stay even, and arrows should sit at direction changes only. Because handwriting and letter styles vary, do not penalize a different curve radius or a slightly different starting point if the structural features match.

A simple arithmetic check keeps comparisons consistent: if Ridge A has three turns and Ridge B has five, the total is eight turns across both outlines. If your redraws show nine turns total, one extra turn was added; find and remove it. Use the same units throughout, such as turn counts and panel widths measured in the same unit.

  1. Count turns on each reference and record the two numbers.
  2. Count turns on each redraw and compare with the reference counts.
  3. Check turn order left to right on both redraws.
  4. Confirm Ridge B reads narrower and taller than Ridge A.
  5. Check line weight evenness and arrow placement at turns only.

Worked example

A reference Ridge A shows three turns: a gentle rise, a short flat, and a gentle fall. Redraw it in a blank panel using the convention, then check it.

Worked answer

Draw one continuous outline starting at the left edge: rise gently, hold a short flat, then fall gently, marking one arrow at each of the three direction changes. The redraw should show three turns in the same order and a similar overall height. Check by counting turns (three), confirming order left to right, and verifying the line is continuous with even weight.

Four practice exercises

Exercise 1

A reference Ridge A has three turns and a reference Ridge B has five turns. You redraw both and count eight turns total. Is your total consistent with the references? Explain.

Show answer and check

Yes. Three plus five equals eight, so the total matches the references.

Why: Add the turn counts from both references and compare with the total counted on the redraws.

Check: Recount turns on each redraw separately and add them; confirm the sum is eight.

Exercise 2

Your redraw of Ridge B shows six turns, but the reference shows five. What is the most likely error, and how do you fix it?

Show answer and check

One extra turn was added. Find the extra direction change, remove it, and redraw that segment so the outline shows five turns in the reference order.

Why: A mismatch of one turn means an additional direction change was introduced during redrawing.

Check: Compare turn order left to right against the reference and mark where the extra turn appears.

Exercise 3

You place your redraw of Ridge A beside its reference and notice the redraw is much taller. Which rubric item is affected, and what should you check next?

Show answer and check

Relative height is affected. Check that Ridge B still reads narrower and taller than Ridge A, and adjust Ridge A's height to match its reference more closely.

Why: Height is a structural feature compared between the two ridges, so an oversized Ridge A breaks the relative height check.

Check: Compare panel heights side by side and confirm Ridge B remains the taller, narrower outline.

Exercise 4

A classmate's redraw has a slightly different curve radius from the reference but the same three turns in the same order and similar height. Under the convention, is this acceptable? Explain.

Show answer and check

Yes. The convention accepts valid alternatives when turn count, turn order, and relative height match; curve radius may differ.

Why: The rubric rewards consistent following and accurate turning points rather than a single universal shape.

Check: Count turns, confirm order, and compare height; if all three match, accept the redraw.

Common mistakes

Self-check rubric

Questions and answers

Do I need to match the reference outline exactly?

No. Match the turn count, turn order, and relative height. A slightly different curve radius is a valid alternative under the convention.

Why are arrows required?

Arrows mark direction changes so you can check turn order and placement before and after redrawing.

How do I know Ridge B is correct?

Ridge B should show five turns in the same order as its reference and read narrower and taller than Ridge A.

Can I use a different pencil pressure?

Yes, as long as line weight stays even within each outline. The rubric checks consistency, not a specific pressure.

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