A courtroom stenographer’s keyboard, called a stenotype, works by chording: the reporter presses several of its 22 keys at once, and each combination stands for a sound, a syllable, a whole word, or even a common phrase. Software on a connected laptop then translates those chords into readable English almost instantly. That is why one person tapping what looks like a tiny piano can keep up with witnesses, attorneys, and judges talking at full speed. Federal Rule of Civil Procedure 30 recognizes stenographic recording as a standard method for preserving deposition testimony, and stenotype transcripts remain the backbone of the official court record.1Cornell Law Institute. Federal Rules of Civil Procedure Rule 30 – Depositions by Oral Examination
The 22-Key Layout
A stenotype has 22 keys arranged in a split layout with a gap down the middle. The keys sit in two main banks, one under each hand, with four thumb keys at the bottom center and a narrow bar running across the top.
Each side of the machine has a specific job. The left-hand keys represent consonant sounds that begin a syllable. The right-hand keys represent consonant sounds that end one. The four thumb keys handle the vowels: A and O on the left thumb, E and U on the right. An asterisk key sits between the two halves and works as a correction or disambiguation tool.
Reading left to right, the full order runs S, T, K, P, W, H, R on the initial side, then A, O, E, U across the thumbs, then F, R, P, B, L, G, T, S, D, Z on the final side. Some letters appear twice because the same consonant can start or end a word. Letters missing from the layout, like B on the left or N on the right, are produced by pressing specific key combinations rather than single keys.
The bar across the top is a number bar. Held with a letter key, it turns that key into a digit: S becomes 1, T becomes 2, P becomes 3, and so on. Pressing the number bar together with several letter keys produces a multi-digit number in one stroke, so “1984” comes out in two motions rather than four. A separate reversal chord flips digit order when needed.
Professional machines use very shallow keys with near-silent action. That is a deliberate choice on two counts: it keeps the courtroom quiet, and it reduces finger strain over long days. Some high-end models ship with blank keytops because experienced reporters work entirely by touch.
Chording: Many Keys, One Motion
The defining feature of the keyboard is chording. Rather than pressing one key, releasing, and moving to the next, the reporter pushes several keys down together in a single motion, then releases them all at once. That single motion is called a stroke, and each stroke can represent a syllable, a full word, or a short phrase.
This is the mechanical advantage that makes real-time court reporting possible. Witnesses speed up when they are nervous, attorneys talk over each other, and judges issue rapid rulings. A skilled reporter holds a steady rhythm through all of it, translating continuous speech into chords at 225 words per minute during testimony, with some reporters comfortably sustaining well over 260. The certification floor for testimony speed is 225 words per minute at 95 percent accuracy.
Modern stenotype keys use electronic sensors that register a press with very little force. That light touch matters because a reporter may work seven or eight hours in a trial day, and heavy resistance would cause hand injuries quickly. Combined with ergonomic key placement, the low-force action keeps sustained use physically manageable.
Writing by Sound, Not Spelling
Stenography is phonetic. The reporter hears the sounds in a word and translates those sounds into a key combination, ignoring how the word is spelled. Since 22 keys cannot cover every consonant and vowel individually, chords approximate the missing sounds through established rules. Pressing T, K, and P together on the left bank, for instance, produces a sound that has no dedicated key of its own.
These rules are codified in steno theories. The two most widely taught are StenEd and Phoenix, and each gives students a consistent set of mappings from sounds to key combinations. Once a reporter learns a theory, they layer in personal customizations for speed.
The most powerful of those customizations is the brief. A brief is a single chord that stands for a common word or phrase. “Objection” might collapse to one stroke. “No further questions” becomes a quick chord. “Federal Rules of Civil Procedure” reduces to just two strokes. Reporters build personal dictionaries containing thousands of briefs tailored to their practice area, and a reporter who covers patent litigation will have a very different dictionary from one who covers family court.
Briefs are where the speed advantage really lives. A phrase like “may I approach the bench” takes about a second to say and about a second to write in steno. On a QWERTY keyboard, a typist would still be somewhere around “approach” by the time the reporter had moved on.
How the Machine Turns Strokes Into Words
A stenotype on its own produces only steno shorthand, which looks like gibberish to anyone who has not studied it. The translation into readable English happens through Computer-Aided Transcription software, universally called CAT software. As the reporter strikes each chord, the machine transmits the input to a laptop, and the CAT software looks up each stroke in the reporter’s personal dictionary and outputs the matching English word or phrase.
That dictionary is the heart of the system. Reporters update it continuously with case-specific terminology, witness names, technical jargon, and new briefs. When the software hits a stroke that is not in the dictionary, it flags the untranslated steno on screen, and the reporter cleans it up during editing. A well-maintained dictionary produces fewer untranslated entries and a cleaner real-time feed.
Machines connect to laptops over Bluetooth, USB, or Wi-Fi. Bluetooth is the most common wireless option and uses a small USB dongle on the computer side. Some newer machines support direct Wi-Fi, dropping the dongle entirely. Wireless matters for more than convenience: it lets the reporter place the machine and tripod at the best ergonomic angle without being tethered by a cable.
The translated text can appear on a monitor visible to the judge, attorneys, and parties within seconds of the words being spoken. The CAT software also handles formatting for the final official transcript, applying each court’s requirements for margins, line numbering, and character size, so the reporter can focus on accuracy rather than layout.
Why Not Just Record Audio?
Stenotype is not the only way to create a court record. Some jurisdictions use digital audio recording monitored by an electronic court recorder, and voice writing, where a reporter repeats everything spoken into a specialized mask connected to speech recognition software, has a following in certain regions.
The practical difference is real-time capability and reliability. A stenotype reporter produces a live text feed that attorneys and judges can read immediately. Digital audio creates a sound file that has to be transcribed later, often by a separate transcriptionist, so there is no instant transcript during the proceeding. Audio equipment also cannot separate overlapping speakers, ask someone to repeat a mumbled answer, or note non-verbal conduct like a witness pointing at a photograph. A human reporter handles all of that as a matter of course. Fully automated speech-to-text has improved, but it has not yet matched the accuracy and adaptability of a trained reporter on a stenotype.
What the Keyboard Costs
These machines are not cheap. A new professional-grade stenotype from Stenograph, the dominant manufacturer, runs between roughly $5,100 and $6,400 depending on model and features.2Stenograph. New Professional Student models cost less. A new student-level Luminex CSE sells for around $2,259 outright, with rent-to-own plans at about $98 per month for 28 months. Pre-owned student machines drop to roughly $1,800, with rentals around $72 per month.3Stenograph. Student Steno Writer Packages
CAT software is a separate expense, typically licensed annually or bundled with certain machine purchases. Add a tripod, a carrying case, and backup gear, and total startup for a working reporter can easily exceed $7,000.
If you want to try chording without buying anything, Plover is a free, open-source stenography engine that turns a regular computer keyboard into a basic steno input device. It reads chords and translates them to English output the same way professional CAT software does, and it includes training tools for beginners. Plover works with standard keyboards and also supports real stenotype hardware, so it can serve as an on-ramp before any real investment.4Open Steno. Plover – Open Steno