Calligraphy starts at the nib, and stays there.

Everything on this sheet follows from one fact: a broad-edge pen makes its thicks and thins by direction, not by pressure. Hold the edge at one angle and the letters shade themselves. Let the angle drift and no amount of care will save the page.

30° pen angle to begin with
4½ nib widths of x-height
4 drills that fix spacing

Three marks, one nib, one angle. The stroke that runs square across the edge is at full width; the stroke that runs along the edge disappears.

Choosing a nib, and holding the angle

Two families of nib produce nearly all Western calligraphy, and they work on opposite principles. Pick the right one first and the rest of the sheet makes sense.

Read the guide4 min

A broad-edge nib is a flat chisel of steel. It makes thicks and thins purely by direction: the edge stays at one fixed angle to the horizontal, and the stroke widens as it turns away from that angle. Pressure does nothing useful; it only splays the tines. A pointed flexible nib works the other way round: the tip follows the stroke, the tines spread under pressure, and weight comes from how hard you push.

Start broad-edge. It is unforgiving about angle and generous about everything else, and holding one angle for a whole page is the single skill that carries into every hand you learn afterwards.

Nib numbering is set by each maker and does not translate between them, so choose by measured width rather than by number. Something in the range of 1.5–2.4 mm is wide enough to see what you are doing and slow enough to correct mid-stroke. Use a non-waterproof ink; waterproof inks carry shellac, which dries on the nib and closes the slit. Paper matters more than beginners expect — a smooth, well-sized sheet of 100 gsm or better will hold a hairline, and rough paper shreds the corners of the edge.

The angle is set by the forearm and wrist, not by the fingers. Rule a sheet of 30° lines and slip it under your practice paper as a check. If your stems start to thicken, the angle has dropped; if your hairlines thicken, it has steepened. Turn the paper rather than your hand — the whole sheet should rotate as you move down the page.

Three alphabets, compared

Foundational, Italic and Copperplate are usually taught in that order. The order is not arbitrary: each one relaxes a constraint the previous one taught you to keep.

Scroll the table sideways for Copperplate →

Foundational, Italic and Copperplate compared across eight properties
Property	Foundational	Italic	Copperplate
Nib	Broad edge	Broad edge	Pointed, flexible
Pen angle	about 30°	about 40–45°	the pen follows the slant
Weight comes from	Direction	Direction	Pressure
x-height	4½ nib widths	about 5 nib widths	set by ruled slant lines
Slant	Upright	5–10°	52–55°
Shape of the o	A circle	An oval	An oval, shaded by pressure
Arches	Turn over high off the stem	Branch low and spring	Looped and joined
A good first project	One ruled alphabet sheet	A quotation of six to eight lines	A single word, practised

Read the guide4 min

Foundational, also called Roundhand, is Edward Johnston's reconstruction of a tenth-century English book hand. Its skeleton is the circle: the o is round, the arches of n and m leave the stem high and turn over in a full curve, and the letters stand upright. Pen angle around 30°; x-height about four and a half nib widths. Because the underlying form is a circle, every error is visible — which is exactly why it is taught first.

Italic compresses that circle into an oval and lets it lean. The o becomes an ellipse, the arches branch out of the stem low and spring rather than turn, the alphabet slants five to ten degrees, and the pen angle steepens to about 40–45°. The x-height goes to roughly five nib widths, so letters read narrower and taller. Italic is the quickest of the three to write and the most forgiving over a long text.

Copperplate is not a broad-edge hand at all. It is written with a pointed flexible nib on a steep slant — 52° to 55° is traditional — with thickness coming from pressure on the downstroke and hairlines from the lightest possible upstroke. Its logic is the oval and the continuous looping join. Learn it last: its faults look like tremor rather than geometry, so they are much harder to diagnose.

Spacing and rhythm

Spacing is not measured between the edges of letters. It is judged between the areas they enclose — and those areas have to read as equal.

Eight minims at one angle and one gap. The tinted counters are the thing you are actually spacing; the stems are only their edges.

Read the guide3 min

The goal is that the white inside an o, the white between two stems, and the white beside a curve all read as roughly the same quantity. Because a round letter encloses more area than a pair of straight stems, round letters sit closer to their neighbours than straight ones: o beside o is tightest, stem beside stem is widest, and curve beside stem falls in between. No measurement will give you this. Only the eye will, and only after the drills below.

Minims. Rule x-height lines and write a row of thirty i-stems at a constant angle and constant gap. Look down the whole row rather than at the letter you are writing; uneven gaps show up as a shimmer.
The word minimum. Eight strokes of identical rhythm. If it reads as a picket fence with a limp, your spacing is out; if the stems vary in weight, your angle is out. The two faults are separate, and this drill tells them apart.
nono and onno. Alternate between the two until the round pairs and the straight pairs look equally spaced. They will not be equally measured.
Word ladders. Write one short word ten times down the page. Do not correct mid-word — finish it, then compare the ten and pick the best. Improvement comes from comparison, not from repair.

Stroke order, stroke by stroke

The order and direction of strokes is called the ductus. Below, four Foundational letters are built one stroke at a time. Every mark is generated by sweeping a nib of fixed width along the skeleton, so the pen-angle control changes the letters the same way your wrist would.

Letter

l n o e

Pen angle 30°

At 0° the stems reach full nib width and horizontals vanish. At 45° uprights and horizontals weigh the same. Foundational sits at 30°.

The demonstrator needs JavaScript. The ductus in words: l — a small curved entry serif into the top of the stem, then one pull from the ascender line to the baseline with a flick off the foot. n — the stem down from the x-line, then the shoulder, springing from inside the stem, over at the x-line and down to the baseline. o — the left curve from just right of the top round to just left of the bottom, then the right curve mirroring it from the same two points. e — the bar across the middle first, then the upper curve from the bar's left end up and over, then the lower bowl from that same point down, round and out.

Notes on the sheet

What you need

A broad-edge nib around 1.5–2.4 mm, in a straight holder
Non-waterproof calligraphy or fountain ink
Smooth, sized paper of 100 gsm or better, or a layout pad
A ruled guide sheet: x-height lines plus 30° angle lines
A pencil and a ruler, for ruling those lines yourself

Where these forms come from

Foundational was set out by Edward Johnston in Writing & Illuminating, & Lettering (1906), reconstructed from a late tenth-century English manuscript, the Ramsey Psalter. Italic descends from the humanist cancelleresca of fifteenth- and sixteenth-century Italy; the first printed manual for it was Ludovico degli Arrighi's La Operina (1522). Copperplate takes its name from the engraved copperplate writing books of seventeenth- and eighteenth-century England — the pointed nib is imitating an engraver's burin, which is why its thicks swell and taper the way they do.