Logitech sold 858.9 million dollars of pointing devices in its fiscal year to March 2026, up 9%, and the category then grew 16% in April to June 2026, faster than the company as a whole (Logitech Q4 FY2026 and Q1 FY2027 results). The ergonomic case behind vertical mice is measurable: in a lab study, a vertical mouse cut forearm pronation from 42 to 28 degrees and lowered wrist extensor activity from 16% to 13% (Quemelo and Vieira, Ergonomics 2013). The prevention case is weaker: a Cochrane review of 15 trials and 2,165 office workers found an alternative mouse alone did not considerably reduce upper limb disorders, while pairing it with an arm support cut neck and shoulder disorder incidence by about half. That gap between posture and outcomes matters for anyone dealing with the wrist conditions tracked in our occupational carpal tunnel syndrome statistics. We aggregated data from Logitech’s SEC filings, the Cochrane Library, peer-reviewed studies in Ergonomics, Applied Ergonomics, Work and the Journal of Clinical Medicine, the US Bureau of Labor Statistics, the UK Health and Safety Executive, EU-OSHA and OSHA.
TL;DR
- Logitech Pointing Devices sales: 858.9 million dollars in FY2026, up 9% (Logitech Q4 FY2026 results).
- Pointing Devices grew 16% to 227.3 million dollars in April to June 2026 (Logitech Q1 FY2027 results).
- Vertical mouse pronation: 28 degrees vs 42 degrees with a standard mouse (Quemelo and Vieira, Ergonomics 2013).
- Time to target was 4.2 s with a vertical mouse vs 3.4 s with a standard mouse (Quemelo and Vieira, Ergonomics 2013).
- About 30 task repetitions are needed before performance plateaus on a new slanted or vertical mouse (Clarisse et al., IJOSE 2022).
- A thumb trackball needed 145% of resting muscle activity vs 191% for a conventional mouse (Alcaraz-Mateos et al., 2022).
- Alternative mouse plus arm support: risk ratio 0.52 for neck or shoulder disorders (Cochrane, Hoe et al. 2018).
- A vertical mouse did not reduce carpal tunnel pressure in 21 patients with CTS (Schmid et al., Applied Ergonomics 2015).
- Ergonomic interventions cut the odds of wrist pain (OR 0.66) across 24 RCTs and 4,086 workers (Santos et al., J Clin Med 2025).
- 211,000 British workers (41% of work-related MSD cases) had upper limb or neck disorders in 2024/25 (HSE 2025).
- 35% of employed Americans did some or all of their work at home on days worked in 2025 (BLS ATUS 2025).
1. Market Signal: Pointing Devices Outgrow the Rest of the Desk
No public dataset isolates vertical mice or trackballs, so the best hard signal is the pointing-device line of the market leader. Logitech’s Pointing Devices sales reached 858.9 million dollars in fiscal 2026, up 9%, outpacing both total company growth (6%) and Keyboards and Combos (6%) (Logitech Q4 FY2026 results, SEC Exhibit 99.1). Over two years the line grew from 743.0 million dollars (FY2024) to 858.9 million dollars, a 15.6% increase (858.9 / 743.0) (Logitech Q4 FY2025 results).
The acceleration continued into the current fiscal year: Pointing Devices grew 16% to 227.3 million dollars in the quarter to June 2026, the fastest growth of any Logitech category (Logitech Q1 FY2027 results). Mice are no longer a commodity add-on; for Logitech they are now almost one dollar in five of revenue.
| Metric | Value | Source |
|---|---|---|
| Pointing Devices sales, FY2026 (year to March 2026) | 858.9 million dollars (+9%) | Logitech Q4 FY2026 results (2026) |
| Pointing Devices sales, FY2025 | 788.8 million dollars (+6%) | Logitech Q4 FY2025 results (2025) |
| Pointing Devices sales, FY2024 | 743.0 million dollars | Logitech Q4 FY2025 results (2025) |
| Pointing Devices sales, Q1 FY2027 (April to June 2026) | 227.3 million dollars (+16%, from 195.8 million) | Logitech Q1 FY2027 results (2026) |
| Pointing Devices sales, Q4 FY2026 | 200.9 million dollars (+8%) | Logitech Q4 FY2026 results (2026) |
| Pointing Devices share of Logitech sales, FY2026 | 17.7% (858,904 / 4,840,761 thousand dollars) | Logitech Q4 FY2026 results (2026) |
| Keyboards and Combos sales, FY2026 | 937.6 million dollars (+6%) | Logitech Q4 FY2026 results (2026) |
| Logitech total sales, FY2026 | 4.84 billion dollars (+6%) | Logitech Q4 FY2026 results (2026) |
Context note: Logitech’s FY2026 Form 10-K lists the Lift vertical mouse among its key pointing products but does not report ergonomic SKUs separately. Manufacturer claims are not independent evidence: Logitech’s MX Vertical page states a 57 degree vertical angle, ‘4x less hand movement’ and that it ‘reduces muscular strain by 10 percent’, and its Lift page uses the same 57 degree angle sized for small to medium hands.
2. Biomechanics: What a Vertical Mouse Actually Changes
The core claim of the vertical mouse is a handshake posture instead of a palm-down one, and the lab data support it. A vertical mouse reduced forearm pronation to 28 degrees from 42 degrees with a standard mouse, and cut extensor carpi activity from 16% to 13% in 16 users (Quemelo and Vieira, Ergonomics 2013). An earlier study of 19 display-unit workers found the same direction: a neutral hand position lowered forearm extensor muscle activity, but users rated comfort and productivity lower (Gustafsson and Hagberg, Applied Ergonomics 2003).
The price is speed and comfort during adoption. Odell and Johnson found every angled and vertical concept reduced pronation, but the fully vertical design had the poorest pointing performance, while moderately angled designs matched a flat mouse (Odell and Johnson, Work 2015). The practical reading: the posture gain is real, and a partly tilted shape may capture much of it with less of the speed penalty.
| Metric | Value | Source |
|---|---|---|
| Forearm pronation, vertical vs standard mouse | 28 degrees vs 42 degrees (p = 0.001) | Quemelo and Vieira, Ergonomics 2013 |
| Extensor carpi activity, vertical vs standard | 13% vs 16% (p = 0.006) | Quemelo and Vieira, Ergonomics 2013 |
| Extensor digitorum activity, vertical vs standard | 10% vs 13% (p = 0.001) | Quemelo and Vieira, Ergonomics 2013 |
| Wrist deviation, vertical vs standard | 5 degrees ulnar vs 7 degrees radial | Quemelo and Vieira, Ergonomics 2013 |
| Time to target, vertical vs standard | 4.2 s vs 3.4 s; satisfaction score 68 | Quemelo and Vieira, Ergonomics 2013 |
| Mouse use relative to keyboard | Almost three times as much | Odell and Johnson, Work 2015 |
| Fully vertical mouse vs angled concepts (12 subjects) | Reduced pronation, poorest pointing performance | Odell and Johnson, Work 2015 |
| Muscle load by mouse type (women 18 to 40) | Flexor and extensor activity higher with standard mouse; vertical rated less comfortable | Gaudez and Cail, Ergonomics 2016 |
Context note: these are short lab sessions with 12 to 20 participants; most recent available data on vertical mouse biomechanics are from 2013 to 2022. A 2022 design study with 20 participants evaluated prototypes against horizontal, slanted and vertical commercial mice and favored a slanted conical shape (Lourenco, Pitarma and Coelho, IJERPH 2022).
3. Trackballs and Other Alternatives: Wide Spread Between Devices
Trackballs are often grouped with vertical mice as ‘ergonomic’, but the measured muscle cost varies widely by model. In a comparison of 10 input devices, a Logitech M570 thumb trackball needed 145% of resting muscle activity, while two other trackballs needed 329% and 468%, and a touchpad was highest at 496% (Alcaraz-Mateos et al., Revista Espanola de Patologia 2022). In that study a vertical mouse (205%) was slightly costlier than a conventional mouse (191%).
Force tells a similar story. In 15 participants, both the vertical mouse and the trackball required greater operation force than a conventional mouse during dragging tasks, and the authors saw limited benefit of alternative devices in performance and subjective ratings (Choi, Lin and Loh, IJERPH 2022). OSHA’s guidance sidesteps brand debates and sets fit criteria instead (OSHA Computer Workstations eTool, Pointer/Mouse).
| Metric | Value | Source |
|---|---|---|
| Muscle activity, Logitech M570 trackball | 0.1053 mV (145% of rest) | Alcaraz-Mateos et al., 2022 |
| Muscle activity, Rollermouse (lowest of 10) | 0.1027 mV (139% of rest) | Alcaraz-Mateos et al., 2022 |
| Muscle activity, conventional vs vertical mouse | 0.1251 mV (191%) vs 0.1312 mV (205%) | Alcaraz-Mateos et al., 2022 |
| Muscle activity, Expert Mouse and EIGIIS trackballs | 0.1845 mV (329%) and 0.2442 mV (468%) | Alcaraz-Mateos et al., 2022 |
| Muscle activity, touchpad (highest of 10) | 0.2560 mV (496% of rest) | Alcaraz-Mateos et al., 2022 |
| Operation force when dragging, 15 participants | Higher for vertical mouse and trackball than conventional mouse | Choi, Lin and Loh, IJERPH 2022 |
| OSHA trackball guidance | Exposed ball surface of at least 100 degrees | OSHA Computer Workstations eTool |
| OSHA mouse size guidance | 1.5 to 2.5 in wide, 2.5 to 4.5 in long, 1 to 1.5 in high | OSHA Computer Workstations eTool |
Context note: the device comparison used six medical students on a digital pathology task, so absolute values will not generalize, but the ranking shows that ‘trackball’ is not one category. OSHA also notes a fingertip joystick, touchpad or trackball ‘may be less fatiguing for certain tasks’.
4. Adoption Friction: Learning Curves and User Preference
Users needed about 30 repetitions of a pointing-clicking task before performance plateaued on a slanted or vertical mouse, and learning was slower with the vertical model in 18 women tested against a standard mouse (Clarisse et al., International Journal of Occupational Safety and Ergonomics 2022). The authors concluded employers should consider the slanted mouse rather than the vertical one.
Preference data point the same way. Gaudez and Cail found the vertical mouse ‘less comfortable and more difficult to use’ than standard or slanted models, even though it lowered forearm muscle load (Gaudez and Cail, Ergonomics 2016). A field comparison of vertical, traditional and flat mice in Iran found the flat mouse scored lowest on usability (significant SUS difference, p below 0.05) and vertical users most often held neutral wrist postures, though carpal tunnel severity did not differ significantly (Oveisi et al., Work 2024).
| Metric | Value | Source |
|---|---|---|
| Repetitions to reach performance plateau | About 30 (slanted and vertical mice) | Clarisse et al., IJOSE 2022 |
| Participants in learning study | 18 women | Clarisse et al., IJOSE 2022 |
| Speed penalty, vertical vs standard mouse | 4.2 s vs 3.4 s time to target (p below 0.001) | Quemelo and Vieira, Ergonomics 2013 |
| Comfort ranking, women 18 to 40 | Vertical less comfortable and harder to use than standard or slanted | Gaudez and Cail, Ergonomics 2016 |
| Usability, three mouse types | Flat mouse lowest SUS score (p below 0.05) | Oveisi et al., Work 2024 |
| Carpal tunnel severity by mouse type | No significant difference (p above 0.05) | Oveisi et al., Work 2024 |
| Effect of mouse sensitivity on fatigue (30 office workers) | More forearm fatigue at control-display gains of 8.64 and 12.97 | Ren et al., Work 2025 |
Context note: Ren et al. (Work 2025) show that settings matter alongside shape: the gain that maximized effective throughput (12.97) also produced the most subjective fatigue. OSHA similarly advises setting sensitivity so the device can be controlled ‘with a light touch’.
5. Injury Prevention: What the Trials and Reviews Show
This is where marketing and evidence diverge most. A Cochrane review of 15 randomized trials and 2,165 workers found an alternative mouse paired with an arm support reduced neck or shoulder disorder incidence (risk ratio 0.52, 95% CI 0.27 to 0.99), but an alternative mouse alone did not considerably reduce disorders compared with a conventional mouse (Hoe et al., Cochrane Database of Systematic Reviews 2018). The authors rated the overall evidence for arm supports and alternative mouse designs as inconsistent.
Individual trials echo the support-first pattern. In a one-year trial of 182 call center operators that tested a trackball and a forearm support, the forearm support lowered the hazard of neck and shoulder disorders (hazard ratio 0.49) (Rempel et al., Occupational and Environmental Medicine 2006). In 206 engineers, an alternative mouse had a protective effect on right ulnar nerve latency (OR 0.47, 95% CI 0.22 to 0.98) (Conlon, Krause and Rempel, American Journal of Industrial Medicine 2009). Recovery from established conditions is a separate question, covered in our physical therapy telehealth adoption statistics.
| Metric | Value | Source |
|---|---|---|
| Trials and workers in Cochrane review | 15 RCTs, 2,165 workers | Hoe et al., Cochrane 2018 |
| Alternative mouse plus arm support, neck or shoulder incidence | RR 0.52 (95% CI 0.27 to 0.99) | Hoe et al., Cochrane 2018 |
| Forearm support, neck and shoulder disorders (182 operators) | Hazard ratio 0.49 | Rempel et al., OEM 2006 |
| Alternative mouse, right ulnar nerve latency (206 engineers) | OR 0.47 (95% CI 0.22 to 0.98) | Conlon et al., AJIM 2009 |
| Forearm support, right upper extremity discomfort | Beta -0.35 (95% CI -0.67 to -0.03) | Conlon et al., OEM 2008 |
| Vertical mouse and carpal tunnel pressure (21 CTS patients) | Ulnar deviation reduced; pressure not reduced | Schmid et al., Applied Ergonomics 2015 |
| Ergonomic interventions, wrist pain (24 RCTs, 4,086 workers) | OR 0.66 (95% CI 0.53 to 0.82) | Santos et al., J Clin Med 2025 |
| Workplace UEMSD interventions reviewed | 30 categories; moderate evidence for mouse feedback and forearm supports | Van Eerd et al., OEM 2016 |
Context note: the newest pooled estimate is broad ergonomic intervention, not mouse-specific: Santos et al. report a pain VAS mean difference of -0.28 and a low back pain OR of 0.53 (J Clin Med 2025). Van Eerd et al. screened 9,909 references and combined 26 new studies with 35 earlier ones (OEM 2016). Schmid et al. concluded device choice ‘remains dependent on personal preference’ (Applied Ergonomics 2015).
6. The Exposure Base: Who Is at Risk and Where They Work
Demand for ergonomic pointing devices sits on a large base of upper limb strain and a workforce that now sets up its own desks. In Great Britain, 211,000 workers had a work-related musculoskeletal disorder mainly affecting the upper limbs or neck in 2024/25, 41% of all such cases (HSE, Work-related musculoskeletal disorders statistics in Great Britain 2025). In the US, overexertion, repetitive motion and bodily conditions caused 946,290 private-industry cases with days away, restriction or transfer over 2023-2024, the largest event category (BLS, Workplace Injuries and Illnesses news release, January 2026).
Home offices shift equipment decisions from facilities teams to individuals. 35% of employed Americans did some or all of their work at home on days worked in 2025, rising to 51% of those with a bachelor’s degree (BLS American Time Use Survey 2025), a pattern consistent with the office attendance data in our hybrid work schedule compliance statistics. A German survey of 1,064 computer workers found longer remote hours and poorer workstation setups raised the risk of new neck or upper back pain (OR 2.02) (Casjens et al., JOEM 2025).
| Metric | Value | Source |
|---|---|---|
| Workers with work-related MSDs, Great Britain 2024/25 | 511,000 (173,000 new cases) | HSE, MSD statistics 2025 |
| Upper limb or neck cases, Great Britain 2024/25 | 211,000 (41% of MSD cases) | HSE, MSD statistics 2025 |
| Working days lost to MSDs, Great Britain 2024/25 | 7.1 million (20% of days lost to work-related ill health) | HSE, MSD statistics 2025 |
| US overexertion, repetitive motion and bodily conditions cases, 2023-2024 | 946,290 | BLS, January 2026 |
| US median days away from work, 2023-2024 | 8 days | BLS, January 2026 |
| Employed people working at home on days worked, 2025 | 35% (51% with a bachelor’s degree or higher) | BLS ATUS 2025 |
| Poorer home setup and longer remote hours, new neck or upper back pain | OR 2.02 (95% CI 1.08 to 3.76) | Casjens et al., JOEM 2025 |
| EU workers reporting bone, joint or muscle problems or pain | 30% (27,250 interviews, 2022) | EU-OSHA OSH Pulse 2022 |
Context note: the EU figure is most recent available data from EU-OSHA’s OSH Pulse survey (2022). Heavy device users outside offices show similar strain: in 1,229 esports players, the wrist region was the second most common injury site (18.3%) (Meyer et al., Sports 2026), and a systematic review of 13 studies with 4,632 IT professionals found MSD prevalence ranging from 20% to 89% (Prasetya et al., Narra J 2024).
Summary: Vertical Ergonomic Mouse and Trackball by the Numbers
| Metric | Value | Source |
|---|---|---|
| Logitech Pointing Devices sales, FY2026 | 858.9 million dollars (+9%) | Logitech Q4 FY2026 results |
| Logitech Pointing Devices sales, Q1 FY2027 | 227.3 million dollars (+16%) | Logitech Q1 FY2027 results |
| Two-year Pointing Devices growth, FY2024 to FY2026 | +15.6% | Logitech Q4 FY2025 and FY2026 results |
| Pointing Devices share of Logitech sales, FY2026 | 17.7% | Logitech Q4 FY2026 results |
| Forearm pronation, vertical vs standard mouse | 28 vs 42 degrees | Quemelo and Vieira, Ergonomics 2013 |
| Extensor carpi activity, vertical vs standard | 13% vs 16% | Quemelo and Vieira, Ergonomics 2013 |
| Time to target, vertical vs standard | 4.2 s vs 3.4 s | Quemelo and Vieira, Ergonomics 2013 |
| Repetitions to performance plateau | About 30 | Clarisse et al., IJOSE 2022 |
| Thumb trackball vs conventional mouse muscle activity | 145% vs 191% of rest | Alcaraz-Mateos et al., 2022 |
| Spread across trackball models | 145% to 468% of rest | Alcaraz-Mateos et al., 2022 |
| OSHA minimum exposed trackball surface | 100 degrees | OSHA Computer Workstations eTool |
| Alternative mouse plus arm support, neck or shoulder incidence | RR 0.52 | Hoe et al., Cochrane 2018 |
| Cochrane evidence base | 15 RCTs, 2,165 workers | Hoe et al., Cochrane 2018 |
| Forearm support, neck and shoulder disorders | HR 0.49 | Rempel et al., OEM 2006 |
| Alternative mouse, ulnar nerve latency | OR 0.47 | Conlon et al., AJIM 2009 |
| Ergonomic interventions, wrist pain | OR 0.66 | Santos et al., J Clin Med 2025 |
| Upper limb or neck MSD cases, Great Britain 2024/25 | 211,000 (41%) | HSE 2025 |
| US overexertion and repetitive motion cases, 2023-2024 | 946,290 | BLS 2026 |
| Americans working at home on days worked, 2025 | 35% | BLS ATUS 2025 |
Methodology and Sources
Every figure above was read during research for this article in an SEC filing, a government statistics release, a regulator’s guidance page, a Cochrane review or a peer-reviewed abstract retrieved through Europe PMC. Manufacturer marketing claims are labeled as such and kept out of the evidence tables. Statistics circulating on blogs without a primary document were excluded.
- Logitech International: Q4 and FY2026 results (Exhibit 99.1, May 2026), Q1 FY2027 results (Exhibit 99.1, July 2026), Q4 and FY2025 results (Exhibit 99.1, April 2025), Form 10-K for fiscal 2026
- Logitech product pages (manufacturer claims): MX Vertical, Lift
- Biomechanics and usability: Quemelo and Vieira, Ergonomics 2013; Gustafsson and Hagberg, Applied Ergonomics 2003; Odell and Johnson, Work 2015; Gaudez and Cail, Ergonomics 2016; Lourenco, Pitarma and Coelho, IJERPH 2022; Clarisse et al., IJOSE 2022; Oveisi et al., Work 2024; Ren et al., Work 2025
- Trackballs and alternative devices: Alcaraz-Mateos et al., Revista Espanola de Patologia 2022; Choi, Lin and Loh, IJERPH 2022; OSHA Computer Workstations eTool, Pointer/Mouse
- Trials and reviews: Hoe et al., Cochrane 2018; Rempel et al., OEM 2006; Conlon, Krause and Rempel, OEM 2008; Conlon, Krause and Rempel, AJIM 2009; Schmid et al., Applied Ergonomics 2015; Van Eerd et al., OEM 2016; Santos et al., J Clin Med 2025
- Exposure and workforce: HSE, Work-related musculoskeletal disorders statistics in Great Britain 2025; BLS, Workplace Injuries and Illnesses news release (January 2026); BLS American Time Use Survey 2025 (June 2026); EU-OSHA OSH Pulse 2022; Casjens et al., JOEM 2025; Prasetya et al., Narra J 2024; Meyer et al., Sports 2026
- Data watch: No public source reports unit sales or market share for vertical mice or trackballs specifically. Circana (NPD) US retail panel data and paid market-sizing reports were not publicly readable (one market research page returned HTTP 403), so no market-size figure is cited and no cross-check between research firms was possible; Logitech’s Pointing Devices line (all mice, not only ergonomic models) is used as the closest public proxy. Logitech’s fiscal year ends March 31. Manufacturer claims (57 degree angle, 10 percent less muscular strain, 4x less hand movement) come from Logitech’s own pages and were not independently verified. Most biomechanics studies are small lab samples (12 to 21 participants) and date from 2013 to 2016, the most recent available data for vertical mouse pronation; the trial evidence (Rempel 2006, Conlon 2008 and 2009) and the Cochrane review (2018) are also older than three years. Study abstracts were read via Europe PMC; the Gustafsson and Hagberg (2003) result is reported qualitatively because its abstract gives no numeric effect. The ANSI/HFES 100 standard text is paywalled and was not used. The EU-OSHA figure is from 2022 fieldwork. HSE and BLS use different case definitions, so their counts should not be added or compared directly.
Last updated: October 3, 2026. We update this roundup quarterly, and the next refresh is expected when Logitech reports Q2 fiscal 2027 results in late October 2026 and BLS publishes 2025 workplace injury and illness data.