Dieter Rams spent thirty-five years at Braun asking one question of every object
he touched: is this good design? This site is his ten answers —
practiced, not quoted. Scroll it like one long document. Touch everything.
ET 66 calculator · Dietrich Lubs, 1987Drag to turn · arrow keys rotate
The object, working. Type on it.
Rams was head of design at Braun from 1961 to 1997. The objects his studio made
there are still in production, still copied, still correct. Apple’s calculator is his
studio’s keypad; the first iPod’s click wheel is his dial. Below: the objects first,
then the ten answers they prove.
The Objects
Twelve proofs from the Braun studio, 1956–1987. Not a timeline — a set of arguments, each drawn as it works.
SK 4 · 1956Drag to turn · arrow keys rotate
SK 4
The object that ended furniture-shaped electronics.
Specification
Designers
Dieter Rams, Hans Gugelot
Introduced
1956
Category
Audio
A radio and record player in one honest metal-and-wood container. The white lacquered steel housing and the plexiglass lid earned it the nickname Snow White's Coffin — ridicule at launch, a landmark within a decade. The SK 4 organized controls in plain sight along a rational grid, so the machine explained its own operation.
A transistor radio reduced to its two working parts: a perforated speaker face and a tuning dial. The circular dial sits inside the square like a moon on paper — the only ornament is function itself. Forty years later it was still being copied, most visibly by the first iPod's click wheel generation.
No cabinet pretending to be a sideboard, no cloth pretending to be absence. The L 2 states its purpose through an open grid of holes over the driver. It was designed to stand in a room as what it is — evidence that honesty reads better than disguise.
A portable radio whose base unit carries a record player; stacked they form one object, separated each part keeps its job. The orange section signals where hands should go. The TP 1 made modularity understandable without a single word of instruction — the structure is the manual.
The tischsuper arranged dozens of functions behind a calm front of dark grilles and precise scales. Every control sits where the eye finds it and the finger expects it. The RT 20 treats density as a layout problem, not a styling opportunity — and solves it with alignment alone.
Part of the studio system built around the TG 60 tape recorder and TS 45 control unit. Flat panels that hang like drawings instead of dominating like cabinets. The system anticipated a question every product team still faces: does this object respect the room it lives in?
A receiver covering the entire shortwave spectrum — a machine for the whole planet — presented with the front face of a quiet sideboard appliance. Scales are grouped by band, labeled once, aligned to the millimetre. Complexity is not hidden; it is edited until it can be faced.
The brain of a hi-fi system, stripped to switches.
Specification
Designer
Dieter Rams
Introduced
1964
Category
Audio
The control unit of Rams' modular studio system, pairing the TG 60 tape recorder with the L 450 speakers. Its front is a field of equal buttons and two dials — no chrome, no trim, no hierarchy invented for drama. Rank among controls comes from position and size, never from decoration.
The tape transport sits open under a clear lid — the mechanism is the interface. Two rotating reels show state at a glance: recording, playing, stopped. Decades later its play screen was quoted by Apple's podcast app. The TG 60 proves transparency is not a style; it is trust made visible.
Cylindric T 2 · 1968Drag to turn · arrow keys rotate
Cylindric T 2
One cylinder, one gesture.
Specification
Designer
Dieter Rams
Introduced
1968
Category
Objects
Rams agreed to design a lighter only on condition that Braun engineer its own ignition inside. Successive versions used magnetic, piezoelectric, then solar mechanisms. The cylinder has no directionality, no front, no ornament — a pure volume whose entire surface is the product.
A white dome, a lever, a juice channel. The Citromatic explains pressing fruit through its own shape: push here, juice arrives there. It needs no label because the affordance is the design. Fifty years on it remains the standard answer to the question of whether kitchen tools can be self-evident.
Designed by Dietrich Lubs under Rams' direction at Braun. Rounded-square keys in a strict grid, operations color-coded only where the hand must not hesitate, a display window set flush into the case. The iOS calculator is its direct descendant — arguably the most-referenced keypad ever drawn.
In the late 1970s Rams looked at “an impenetrable confusion of forms, colours and noises” — much of it his own work — and answered with ten principles, shared here under Vitsœ’s licence.
is innovative
The possibilities for innovation are not, by any means, exhausted. Technological development is always offering new opportunities for innovative design. But innovative design always develops in tandem with innovative technology, and can never be an end in itself.
A product is bought to be used. It has to satisfy certain criteria, not only functional, but also psychological and aesthetic. Good design emphasizes the usefulness of a product whilst disregarding anything that could possibly detract from it.
The aesthetic quality of a product is integral to its usefulness because products we use every day affect our person and our well-being. But only well-executed objects can be beautiful.
Products fulfilling a purpose are like tools. They are neither decorative objects nor works of art. Their design should therefore be both neutral and restrained, to leave room for the user's self-expression.
It does not make a product more innovative, powerful or valuable than it really is. It does not attempt to manipulate the consumer with promises that cannot be kept.
It avoids being fashionable and therefore never appears antiquated. Unlike fashionable design, it lasts many years – even in today's throwaway society.
Design makes an important contribution to the preservation of the environment. It conserves resources and minimizes physical and visual pollution throughout the lifecycle of the product.
An honest account of what this site is made of and what it costs to load. Principle 6: it does not claim to be lighter than it is.
First-load transfer (compressed)
/ (HTML)
9,019 B
/assets/css/main.css
3,986 B
/assets/js/object.js (journey loader)
744 B
/assets/js/chunks/viewer-FY6FE5AD.js (three.js, tree-shaken, wakes on approach)
124,218 B
/assets/js/calc.js
1,157 B
/assets/img/favicon.svg
185 B
/assets/img/og.png
41,425 B
Total
180,734 B
Whole-site build output: 176.5 KB compressed. Budget: under 300 KB first
load including 3D rendering code.
Type
Helvetica Neue, falling back through Helvetica and Arial to the system’s
neo-grotesque. Zero font bytes downloaded — the typeface your device already has is the honest
choice. Numerals are tabular wherever data sits in columns.
Stack
Hand-written HTML generated at build time by a single Node script from two JSON
files. Hand-written CSS, no framework, no preprocessor. Three.js renders the object studies as ink
lines that wake as they approach the viewport and sleep when they leave it; every canvas degrades to
a hand-set SVG line drawing when WebGL is unavailable. No analytics, no cookies, no third-party
requests, no build-time fashion. Hosted statically on Cloudflare Pages.
Sources
The ten principles are Dieter Rams’, published by Vitsœ at
vitsoe.com/us/about/good-design and quoted
under the CC BY-NC-ND 4.0 licence. Product dates and attributions cross-checked against Vitsœ’s
captions and public record. The line drawings and wireframes are original geometric interpretations —
no Braun photography or trademarks appear on this site. This is an independent study, not affiliated
with Dieter Rams, Braun GmbH, or Vitsœ.