Data Entry Typing Test
Data entry work rewards steady, accurate typing over short bursts of speed. Practice here and compare your result to typical data entry benchmarks.
This test types record fields rather than prose: names, street lines, order references, amounts, dates and postcodes, which is what data entry work actually consists of. It reports keystrokes per hour first, because that is the unit job adverts are written in, with net WPM and accuracy alongside. KPH is WPM multiplied by 300, so 40 WPM is about 12,000 KPH.
Copy the words shown on screen. The timer starts with your first keystroke, and a space moves you to the next word. Finalised words cannot be corrected, and pasting is blocked. Press Escape to start over.
This test types record fields rather than prose: names, street lines, order references, amounts, dates and postcodes, with the separators between them. Every value is invented and matches no real record. Sample from this list: OK Duval Kingsway Oakley ; 8.90 SKU 1AA SW1A Unit 87 kg Kingsway 10093.
Data entry work rewards a different skill than a quick typing sprint. Instead of hitting the highest possible number for a few seconds, a data entry role needs steady, accurate typing sustained for minutes or hours at a time, because a single wrong digit or transposed character can cost far more than a slightly lower WPM. This test defaults to a 2 minute run, long enough to move past the initial burst of adrenaline and into the kind of steady pace that reflects real data entry work.
Accuracy matters more here than on a casual speed test. TypeBurst shows your accuracy percentage next to your WPM at all times, and it is worth treating that number, not your top speed, as the one to optimise. A fast typist who is constantly wrong is slower in practice than a moderate typist who rarely makes an error, because every mistake in real data entry work usually means stopping to check and correct it. Aim for accuracy above 97 to 98 percent before chasing a higher WPM.
For a realistic picture of your data entry readiness, the 2 minute or 5 minute durations are more representative than a short burst: data entry is sustained work, not a sprint. For context on where your score sits, the largest study of typing available measured an average of 52 WPM across 168,000 people, with most computer users between 30 and 60 WPM. The average typing speed page sets out those figures with their sources.
How do I convert my WPM to the keystrokes per hour a job asks for?
Data entry postings usually state a keystrokes per hour figure rather than a WPM one, which makes a typing test score awkward to compare. The conversion comes straight from the definition of WPM: one WPM is five characters per minute, and an hour is 60 minutes, so KPH equals WPM multiplied by 300.
That gives you 12,000 KPH at 40 WPM, 15,000 KPH at 50 WPM and 18,000 KPH at 60 WPM. Reading a requirement the other way, divide by 300: a posting asking for 8,000 KPH wants roughly 27 WPM, and 10,000 KPH wants roughly 33 WPM. Employers differ on whether they count only alphanumeric keystrokes or every key including the numeric keypad, so treat it as a close comparison rather than an exact equivalence, and check the accuracy floor as well as the speed target.
Why this test does not type sentences
Because data entry is not prose. A word-list test measures how fast you type common English words, which your fingers can partly run ahead on: the middle of a familiar word is muscle memory rather than reading. A reference code has no middle to run ahead on. Every character has to be read, found and pressed, and that is a measurably different task.
So this page types what a record is made of. Order and invoice references, surnames, house numbers and street lines, postcodes in two formats, amounts with decimals and thousands separators, dates written both ways, currency codes, quantities and the separators between fields. All of it is invented and matches no real person or account, but the shape of it is the shape of the work.
Expect a lower figure here than on the standard test, often considerably lower. That gap is the most useful thing this page can tell you, because it is the gap between your typing test score and your actual data entry speed, and it is a gap that no word-list test will ever show you.
Why is accuracy scored separately in data entry assessments?
Because typing assessments almost always report net WPM, which subtracts uncorrected errors from the gross figure, and they usually set a minimum accuracy alongside the speed requirement. On a one minute run, 350 characters typed is 70 gross WPM, but 15 uncorrected errors pull the net figure down to 55. Accuracy is not a soft extra in this context; it is arithmetic that moves the headline score.
There is also a practical reason behind the arithmetic. In real data entry, a wrong digit in a record is not caught by the person who typed it, so it costs somebody else time to find and fix. That asymmetry is why a steady, near-perfect typist is worth more on the job than a faster one who is often wrong.
Keystrokes per hour against words per minute
One WPM is five characters per minute and an hour is 60 minutes, so KPH is WPM multiplied by 300. This table is that multiplication and nothing else: it is not a claim about what any employer requires.
| Keystrokes per hour | Words per minute | Characters per minute | Characters in a 2 minute test |
|---|---|---|---|
| 6,000 | 20 | 100 | 200 |
| 8,000 | 27 | 133 | 267 |
| 9,000 | 30 | 150 | 300 |
| 10,000 | 33 | 167 | 333 |
| 12,000 | 40 | 200 | 400 |
| 15,000 | 50 | 250 | 500 |
| 18,000 | 60 | 300 | 600 |
| 21,000 | 70 | 350 | 700 |
WPM figures are rounded to whole numbers. Employers differ on whether they count only alphanumeric keystrokes or every key including the numeric keypad, so treat a conversion as a close comparison rather than an exact equivalence, and read the accuracy requirement as carefully as the speed one.
How many words is that in 2 minutes?
A WPM word is five characters including the space that follows it, so over 2 minutes each speed produces exactly this much text. Use it to turn a target score into something you can picture.
| WPM | Words in 2 minutes | Correct characters in 2 minutes |
|---|---|---|
| 20 WPM | 40 | 200 |
| 30 WPM | 60 | 300 |
| 40 WPM | 80 | 400 |
| 50 WPM | 100 | 500 |
| 60 WPM | 120 | 600 |
| 80 WPM | 160 | 800 |
| 100 WPM | 200 | 1,000 |
Calculated as WPM x 120 / 60 for words, then x 5 for characters. Rounded to whole words.
Frequently asked questions
What typing speed do data entry jobs typically need?
Requirements vary widely by employer, and many postings state keystrokes per hour rather than WPM. Converting with the standard formula, a common 10,000 KPH requirement is about 33 WPM and 12,000 KPH is about 40 WPM, both inside the 30 to 60 WPM band that the largest available study found covers most computer users. Always check the accuracy minimum too, since assessments score net WPM.
How do I convert WPM to keystrokes per hour for a data entry job?
Multiply your WPM by 300. One WPM is five characters per minute and an hour is 60 minutes, so 40 WPM is 12,000 KPH and 60 WPM is 18,000 KPH. To read a requirement the other way, divide the KPH figure by 300.
Why does accuracy matter more for data entry than raw speed?
Because mistakes in real data entry work, such as a wrong digit in a record, are costly to catch and fix. A slightly slower typist with near perfect accuracy is more valuable in practice than a fast typist who has to constantly go back and correct errors.
Which test duration best reflects data entry speed?
The 2 minute or 5 minute test. Data entry is sustained work rather than a short sprint, so a longer duration gives a far more honest picture of the pace you could actually keep up over a real shift.