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NeuroBench / Brain Age Test
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Brain Age Test
Motor Sequence Automaticity Assessment

Typing Speed Test

A clinical measure of fine motor automaticity and language processing speed. Type the displayed text as fast and accurately as possible. Your WPM and accuracy are benchmarked globally.

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Motor Sequence Automaticity Assessment

60 seconds · Type the words · Timer starts on first keystroke

GLOBAL AVERAGE: ~40 WPM · TOUCH TYPISTS: 60–80 WPM

01 /How to Play

  • Click the text area or tap 'Begin Protocol' to start the 60-second assessment.
  • Type the displayed words as fast and accurately as possible.
  • Correctly typed words are highlighted green — errors show in red.
  • The timer starts on your first keystroke.
  • Your final score shows WPM (words per minute) and accuracy percentage.

02 /The Science

Typing speed reflects the degree of motor sequence automaticity — the extent to which finger movements have been compiled into automatic motor programs that no longer require conscious attention. Expert typists activate motor cortex patterns for entire words rather than individual letters, a phenomenon called chunking. The basal ganglia play a critical role in sequencing these automatic motor routines, while the cerebellum handles timing precision. WPM is highly correlated with overall computer proficiency and is one of the most directly trainable cognitive-motor metrics — professional typists can improve by 20–40 WPM with deliberate practice using the proper touch-typing technique.

Population Distribution
1030456590median
Based on population research data

03 /Pro Tips

  • Use all ten fingers with proper home-row positioning (ASDF / JKL;) — hunt-and-peck has a hard ceiling around 40 WPM.
  • Focus on accuracy first — errors cost more time to correct than they save by rushing.
  • Don't look at your hands — visual feedback from the screen is faster than proprioception.
  • Type words, not letters — read 1–2 words ahead of what you're currently typing.
  • Relax your hands between bursts — sustained tension reduces finger independence and slows complex sequences.
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