These keyboard figures cover the measurement periods and populations identified in the available source material. Estimates, surveys and forecasts retain their reported scope.
Key Keyboard Statistics
The main findings are:
- Logitech reported $937.551 million in Keyboards & Combos sales for fiscal 2026, up 6% from fiscal 2025; the category includes PC keyboards and keyboard/mouse combos (fiscal years ended March 31, 2026 and 2025; Logitech worldwide sales).
- OSHA says a proficient typist can perform more than 18,000 keystrokes per hour under repetitive computer-work conditions (OSHA guidance accessed 2026; no single measurement year stated; General computer workstation context).
- Mean fingertip contact pressure was 23.6 g/cm² in the 400–500-characters-per-minute group, versus 15.3 g/cm² and 18.2 g/cm² in the lower two groups (study published 2015; 21 male computer workers in South Korea).
- NIOSH participants worked an average of 6.2 hours per day at a computer (12-month crossover trial reported 2013; Computer operators in the NIOSH study).
- The prolonged-tablet study compared 3 virtual keyboard designs: standard, wide and split (study published 2015; Healthy adults aged 20–31 using tablets).
- EPA modeled 1.670 billion keyboards and mice sold cumulatively from 1980 through 2009, counted individually rather than as pairs (1980–2009).
- Logitech reported $882.643 million in Keyboards & Combos sales for fiscal 2025 (fiscal year ended March 31, 2025; Logitech worldwide sales).
- In a British national survey, 1,871 of 4,899 non-manual workers were regular keyboard users, defined as more than 4 hours on an average working day (survey published 2001; recall period average working day; United Kingdom, respondents aged 16–64).
- Mean fingertip acceleration was 5.0 cm/s² in the fastest typing group, versus 2.4 cm/s² and 3.2 cm/s² in the lower two groups (study published 2015; 21 male computer workers in South Korea).
- In the NIOSH sample, 93% reported neck discomfort at level 2 or higher on a 0–10 scale (baseline in 12-month crossover trial; Computer operators in the NIOSH study).
- In the tablet study, participants were required to touch-type above 35 words per minute during screening (study published 2015; screening; Healthy adults aged 20–31).
- EPA modeled 368 million keyboards and mice in use in 2009.
- Logitech reported $821.441 million in Keyboards & Combos sales for fiscal 2024, compared with $836.432 million in fiscal 2023 (fiscal years ended March 31, 2024 and 2023; Logitech worldwide sales).
- Among non-manual British workers, one-week prevalence of neck or upper-limb pain was 30% (survey published 2001; preceding 1-week prevalence; United Kingdom).
- A direct keyboard-loading study found subject mean peak fingertip forces ranging from 1.6 to 5.3 N during five-minute typing tests (study published 1994; Four human participants in a laboratory study).
Contents
- Key Keyboard Statistics
- Keyboard market scale and sales
- Keyboard use, exposure and workplace repetition
- Typing speed, skill and mechanical loading
- Keyboard ergonomics and musculoskeletal outcomes
- Alternative and mobile keyboard performance
- Keyboard end-of-life and recycling
Keyboard market scale and sales
- Logitech reported $937.551 million in Keyboards & Combos sales for fiscal 2026, up 6% from fiscal 2025; the category includes PC keyboards and keyboard/mouse combos (fiscal years ended March 31, 2026 and 2025; Logitech worldwide sales). (Logitech International S.A. Fiscal 2026 Form 10-K)
- Logitech reported $882.643 million in Keyboards & Combos sales for fiscal 2025 (fiscal year ended March 31, 2025; Logitech worldwide sales). (Logitech International S.A. Fiscal 2026 Form 10-K)
- Logitech reported $821.441 million in Keyboards & Combos sales for fiscal 2024, compared with $836.432 million in fiscal 2023 (fiscal years ended March 31, 2024 and 2023; Logitech worldwide sales). (Logitech International – Logitech Announces Q4 and Full Fiscal Year 2024 Results)
- Logitech’s Keyboards & Combos sales were $216.240 million in the quarter ended March 31, 2024, up 15% from $187.800 million a year earlier (quarters ended March 31, 2024 and 2023; Logitech worldwide sales). (Logitech International – Logitech Announces Q4 and Full Fiscal Year 2024 Results)
- Logitech’s tablet accessories sales were $336.189 million in fiscal 2026, up 12% from fiscal 2025; the category primarily includes tablet keyboards (fiscal years ended March 31, 2026 and 2025; Logitech worldwide sales). (Logitech International S.A. Fiscal 2026 Form 10-K)
Company category combines keyboards with keyboard/mouse combos and is not the whole keyboard market.
Company category combines keyboards with keyboard/mouse combos.
Quarterly company sales are not unit shipments and include combos.
Tablet Accessories is a broader category and primarily, not exclusively, keyboards.
Keyboard use, exposure and workplace repetition
- OSHA says a proficient typist can perform more than 18,000 keystrokes per hour under repetitive computer-work conditions (OSHA guidance accessed 2026; no single measurement year stated; General computer workstation context). (eTools: Computer Workstations – Workstation Components – Keyboards)
- In a British national survey, 1,871 of 4,899 non-manual workers were regular keyboard users, defined as more than 4 hours on an average working day (survey published 2001; recall period average working day; United Kingdom, respondents aged 16–64). (Use of keyboards and symptoms in the neck and arm: evidence from a national survey)
- Among non-manual British workers, one-week prevalence of neck or upper-limb pain was 30% (survey published 2001; preceding 1-week prevalence; United Kingdom). (Use of keyboards and symptoms in the neck and arm: evidence from a national survey)
- Among non-manual British workers, one-week prevalence of upper-limb sensory symptoms was 15% (survey published 2001; preceding 1-week prevalence; United Kingdom). (Use of keyboards and symptoms in the neck and arm: evidence from a national survey)
OSHA presents this as an illustrative capability, not a population survey estimate.
Respondents were 12,262 of 21,201 sampled people; regular use was self-reported.
The estimate applies to non-manual workers in the responding sample, not all workers.
Typing speed, skill and mechanical loading
- Mean fingertip contact pressure was 23.6 g/cm² in the 400–500-characters-per-minute group, versus 15.3 g/cm² and 18.2 g/cm² in the lower two groups (study published 2015; 21 male computer workers in South Korea). (Effects of different computer typing speeds on acceleration and peak contact pressure of the fingertips during computer typing)
- Mean fingertip acceleration was 5.0 cm/s² in the fastest typing group, versus 2.4 cm/s² and 3.2 cm/s² in the lower two groups (study published 2015; 21 male computer workers in South Korea). (Effects of different computer typing speeds on acceleration and peak contact pressure of the fingertips during computer typing)
- A direct keyboard-loading study found subject mean peak fingertip forces ranging from 1.6 to 5.3 N during five-minute typing tests (study published 1994; Four human participants in a laboratory study). (A method of measuring fingertip loading during keyboard use)
- The same direct-loading study found subject mean peak fingertip velocities ranging from 0.3 to 0.7 m/s (study published 1994; Four human participants in a laboratory study). (A method of measuring fingertip loading during keyboard use)
- In a randomized workplace trial, mean typing speed was 42.5 words per minute while standing and 39.7 words per minute while stepping (trial published 2024; 44 healthy employee-wellness-center participants). (Effect of Active Workstations on Neurocognitive Performance and Typing Skills: A Randomized Clinical Trial)
Laboratory comparison of three speed groups; not a causal population risk estimate.
Only four participants typed one standard text for five minutes; values are subject means.
Four-day crossover trial; the standing-versus-stepping comparison was statistically significant but not a general workforce estimate.
Keyboard ergonomics and musculoskeletal outcomes
- NIOSH participants worked an average of 6.2 hours per day at a computer (12-month crossover trial reported 2013; Computer operators in the NIOSH study). (The Effect of Alternative Keyboards on Discomfort and Typing Kinematics)
- In the NIOSH sample, 93% reported neck discomfort at level 2 or higher on a 0–10 scale (baseline in 12-month crossover trial; Computer operators in the NIOSH study). (The Effect of Alternative Keyboards on Discomfort and Typing Kinematics)
- In the NIOSH sample, 85.7% reported back discomfort at level 2 or higher on a 0–10 scale (baseline in 12-month crossover trial; Computer operators in the NIOSH study). (The Effect of Alternative Keyboards on Discomfort and Typing Kinematics)
- In the NIOSH sample, 89.6% reported right arm/hand discomfort at level 2 or higher on a 0–10 scale (baseline in 12-month crossover trial; Computer operators in the NIOSH study). (The Effect of Alternative Keyboards on Discomfort and Typing Kinematics)
- In the NIOSH sample, 59.7% reported left arm/hand discomfort at level 2 or higher on a 0–10 scale (baseline in 12-month crossover trial; Computer operators in the NIOSH study). (The Effect of Alternative Keyboards on Discomfort and Typing Kinematics)
- From weeks 20–24 through the remainder of the NIOSH trial, discomfort proportions stayed approximately 20% after the keyboard switch (weeks 20–24 through 12 months; Computer operators in the NIOSH study). (The Effect of Alternative Keyboards on Discomfort and Typing Kinematics)
- 50% of NIOSH participants said they would prefer to continue using the fixed split-angle keyboard after the comparison period (after 5–6 months per keyboard; Computer operators in the NIOSH study). (The Effect of Alternative Keyboards on Discomfort and Typing Kinematics)
- The NIOSH trial found no significant difference in musculoskeletal-discomfort proportions between fixed split-angle and flat standard keyboards after 5–6 months (after 5–6 months per keyboard; Computer operators in the NIOSH study). (The Effect of Alternative Keyboards on Discomfort and Typing Kinematics)
- In the British survey, regular keyboard use was associated with shoulder-pain prevalence ratios of 1.2–1.4 after adjustment (survey published 2001; past-week symptoms; United Kingdom non-manual workers aged 16–64). (Use of keyboards and symptoms in the neck and arm: evidence from a national survey)
Average exposure describes the study sample, not all computer operators.
Self-reported baseline discomfort in a selected trial sample; level 2 is not clinical diagnosis.
Approximate source-reported proportion; crossover timing and study attrition limit generalization.
Preference was self-reported in a small crossover sample and does not measure clinical benefit.
Null result applies to this trial’s sample, duration and keyboard models.
Observational adjusted association, not causation; regular use meant more than 4 hours per working day.
Alternative and mobile keyboard performance
- The prolonged-tablet study compared 3 virtual keyboard designs: standard, wide and split (study published 2015; Healthy adults aged 20–31 using tablets). (Usage Position and Virtual Keyboard Design Affect Upper-Body Kinematics, Discomfort, and Usability during Prolonged Tablet Typing)
- In the tablet study, participants were required to touch-type above 35 words per minute during screening (study published 2015; screening; Healthy adults aged 20–31). (Usage Position and Virtual Keyboard Design Affect Upper-Body Kinematics, Discomfort, and Usability during Prolonged Tablet Typing)
The three designs were tested in a controlled experiment and do not represent market shares.
Eligibility threshold, not the population’s average typing speed.
Keyboard end-of-life and recycling
- EPA modeled 1.670 billion keyboards and mice sold cumulatively from 1980 through 2009, counted individually rather than as pairs (1980–2009). (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA modeled 368 million keyboards and mice in use in 2009. (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA modeled 1.310 billion keyboards and mice at end of life in 2009. (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA modeled 1.460 million short tons for cumulative keyboards and mice sold from 1980 through 2009 (1980–2009). (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA modeled 311,000 short tons of keyboards and mice in use in 2009. (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA modeled 1.150 million short tons of keyboards and mice entering end-of-life management in 2009. (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA’s estimated collection-for-recycling rate for keyboards and mice was 7% in 2006. (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA’s estimated collection-for-recycling rate for keyboards and mice was 7% in 2007 and 2008 (2007–2008). (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA’s estimated collection-for-recycling rate for keyboards and mice was 8% in 2009. (Electronics Waste Management In the United States Through 2009 Executive Summary)
- EPA projected the collection-for-recycling rate for keyboards and mice at 10% in 2010. (Electronics Waste Management In the United States Through 2009 Executive Summary)
- Taiwan’s waste-keyboard collection rate was 13.0% in 2009 and 16.6% in 2010 (2009–2010; Taiwan 4-in-1 WEEE program). (Taiwan Integrated Electronics and Municipal Waste Management Case Study)
EPA model combines keyboards and mice, uses sales and lifespan assumptions, and counts each separately.
EPA model combines keyboards and mice and does not estimate storage for this category.
EPA model combines keyboards and mice; product weights are modeled inputs.
EPA model combines keyboards and mice and relies on modeled product weights.
EPA model combines keyboards and mice and relies on lifespan and weight assumptions.
Keyboard and mouse rates are combined; rates are model estimates, not a complete national manifest.
Keyboard and mouse rates are combined; rate is a model estimate with substantial uncertainty.
EPA identifies 2010 as projected from earlier estimates; keyboard and mouse rates are combined.
Program-specific collection rates are not national global keyboard recycling rates.