The Journal • Mechanics
How a typewriter
actually works
No chip, no motor. Nothing but precision mechanics — and the journey from a single press of a finger to ink on paper.
A typewriter is clockwork for writing : dozens of levers, a fan of steel, a rubber roller and an inked ribbon, all orchestrated in a few thousandths of a second. Let's look closer.
Inside the mechanism
The platen
The hard rubber roller that takes the strike and advances the sheet, line after line.
The two-colour ribbon
Black and red. A vibrator lifts it exactly at the moment of impact, then drops it straight back.
The fan of typebars
Some forty typebars, aligned by the segment towards a single point.
The printing point
Where, in a flash, the type crushes the ribbon against the paper. A letter is born.
The mechanism
The journey of a keystroke
From your finger to the printed letter, it all happens in a few thousandths of a second.
- 01
The key
You press. The key lever pivots on its axis, the fulcrum of the keyboard.
- 02
The linkage
The lever pulls a link connected to the heel of the typebar — the bar that will strike.
- 03
The segment & the typebar
The typebar pivots in the segment, the fan that aligns the bars. Because the arm is far longer above the pivot than below it, a small movement becomes a wide, fast arc.
- 04
The ribbon
Just before impact, the vibrator lifts the inked ribbon into the line of fire — then drops it so you can see what you have just typed.
- 05
The platen
The type crushes the ribbon against the sheet, wrapped around the hard rubber platen that cushions the blow and gives a crisp impression.
- 06
The escapement & the carriage
A cam releases the escapement: the carriage advances exactly one step (2.54 mm in Pica). At the end of the line the bell rings; the return lever brings the carriage back and turns the platen by one line space.
Did you know
Your turn to write
Every mechanism, restored by hand
We strip, clean and adjust every one of these parts so that our typewriters are ready to type — just like on day one.