Do Standing Desks Improve Productivity?

A note before we start: this page is about office furniture and the studies behind it. Standing changes the load on your back, hips, knees and veins, and if any of those give you trouble, ask a clinician who can look at you.

The number that came out of a Texas call centre

On 25 May 2016 the Texas A&M Health Science Center sent out a press release with a striking figure attached: workers with height-adjustable desks were about 46 percent more productive than those with ordinary ones (Texas A&M University press release, 2016). For once the measure was not a questionnaire. Productivity meant successful calls per hour, logged by the phone system, over six months. A decade on, that figure is still the load-bearing statistic in standing-desk advertising.

The underlying paper is Garrett et al., 2016, in IIE Transactions on Occupational Ergonomics and Human Factors, and its own abstract is more careful than the press release. It describes “continuous 6-month secondary data for 167 employees, across two job categories.” Secondary data means no experiment: the researchers took records the company already had and compared two groups that already existed. The paper puts the standing group at roughly 45% more productive per day and closes by saying that “prospective studies… are needed to test the effectiveness of stand-capable desks on employee health and performance.” That sentence did not travel.

Jack Callaghan, a professor in the Department of Kinesiology at the University of Waterloo, read the paper and described its design to Fast Company that summer (Duffy, 2016). “There was no randomization of the workers,” he said, “and there were no historical performance data as baseline.” Then comes the detail that reframes everything: the staff given adjustable desks were newer hires with a few weeks on the job, taking calls from new clients, while the seated staff were experienced and taking calls from existing clients. Callaghan gave the raw rates as 0.57 resolved calls per hour for sitters and 1.26 for standers, a gap so large it should have prompted suspicion.

One author, Mark Benden, was then an associate professor at the Texas A&M School of Public Health and director of its Ergonomics Center. He is also an inventor of adjustable desks. On a companion paper five months earlier with the same co-author (Mehta, Shortz & Benden, 2016), his disclosure reads: his “U.S. patented designs have been licensed by Texas A&M University to PositiveMotion, Stand2Learn and NextDesk, and those designs have been present on several models of desks purchased for use in his studies.” Declaring an interest is not wrongdoing. It does mean the most quoted pro-standing-desk finding came from a laboratory with a licensing stake in standing desks. The call-centre paper sits behind a paywall, so we could not read its own disclosure.

What the desk reliably does

Strip away the productivity story and something solid is left underneath. In 2018 a Cochrane review led by Nipun Shrestha at the Institute for Health and Sport, Victoria University in Melbourne, pooled 34 studies with 3,397 participants, all from high-income countries (Shrestha et al., 2018). Sit-stand desks cut sitting at work by an average of 100 minutes per workday in the first three months, 95% confidence interval 84 to 116. Between three and twelve months the reduction was smaller and still there: 57 minutes a day, interval 15 to 99.

A hundred minutes is roughly the gap between sitting seven hours of an eight-hour shift and sitting five and a bit, and it happens without anyone having to remember anything, which is why desks work where posters do not. Cochrane graded that evidence low quality, mostly because the trials were small. Low quality is not a synonym for wrong; the number could still move once bigger trials arrive.

The same review checked the thing everybody buys the desk for. Three studies had asked workers to rate their own performance from one to ten. Pooled, the difference came to 0.35 points, interval −0.1 to 0.8, crossing zero. The review’s summary sentence is one line: “Sit-stand desks do not have significant effects on work performance, whilst their effects on musculoskeletal symptoms are unclear.” Four years earlier, Tommy Karakolis and Jack Callaghan at Waterloo went through eight studies and got a scatter: three found an increase, four found nothing, one was mixed (Karakolis & Callaghan, 2014).

The trial that took the desk apart from everything around it

The best British evidence arrives in two instalments. Stand More AT Work came first, run by Charlotte Edwardson and colleagues at the University of Leicester and published in The BMJ in 2018 (Edwardson et al., 2018). A cluster randomised trial: 37 office clusters, 146 NHS staff, sitting measured by a thigh-worn accelerometer. Twelve months on, the intervention group was sitting 83 minutes less per workday than controls, and the paper also reports gains in self-rated job performance, work engagement, fatigue recovery and quality of life. Those are the lines that end up in desk advertisements, and the trial puts a fence around them: “Adjustment for multiple testing of secondary outcomes was not performed… individual results should therefore be interpreted with caution.” Measure dozens of self-reported outcomes at three time points without correcting and some will light up by chance. Nobody can be blinded to a desk that goes up and down, either, so a person handed a desk, a seminar, posters and quarterly coaching is rating his own performance knowing which group he is in.

Then came the sequel, and it settles the question. SMART Work and Life, in The BMJ in 2022, ran the same idea across 78 clusters and 756 local-government employees in Leicester, Liverpool and Greater Manchester (Edwardson et al., 2022). Three arms rather than two: the programme without a desk, the programme with a height-adjustable desk, and usual practice. That third arm is what makes it useful: the desk is finally isolated from the coaching that comes with it.

The desk won on behaviour and lost on everything else. Daily sitting at twelve months fell by 63.7 minutes with the desk against 22.2 minutes for the programme alone, three times as effective. The paper says: “No noticeable between group differences were found in the mean changes in job performance and satisfaction, occupational fatigue recovery, workload and relations, social community, and absenteeism episodes.” The raw numbers are almost comic in how flat they are: perceived job performance started at 5.52, 5.54 and 5.53 out of seven, and a year later had drifted by −0.12 in controls, −0.10 in the programme group and −0.06 with the desk. Small favourable changes did appear in stress, wellbeing and vigour, called “small, but non-clinically meaningful” by the authors.

The sales pitch	What was measured	On whom	Result
“You’ll sit far less”	Sitting at work, accelerometer	10 pooled studies, Cochrane 2018	−100 min per workday, 95% CI −116 to −84, low-quality evidence
“You’ll get more done”	Self-rated work performance, 1–10 scale	3 pooled studies, Cochrane 2018	+0.35 points, 95% CI −0.1 to 0.8, not significant
“46% more productive”	Calls per hour, six months of company records	167 call-centre staff, no randomisation, two job categories	~45% gap between groups that were not comparable
“You’ll focus better”	Stroop effect, sitting versus standing	12 experiments, 603 young adults	Hedges’ g = 0.13, 95% CI −0.04 to 0.29, p = 0.134
“It makes you healthier”	Job performance, stress, wellbeing, cardiometabolic markers	756 council staff, 3 arms, 12 months	No difference in job performance; small, non-clinically meaningful changes in stress and wellbeing

Does standing sharpen your attention?

In 2017 David Rosenbaum, Yaniv Mama and Daniel Algom, psychologists at Tel Aviv University and Ariel University, published a paper in Psychological Science titled “Stand by Your Stroop” (Rosenbaum, Mama & Algom, 2017). In the Stroop task the word RED is printed in blue ink and you name the ink colour while your reading brain shouts the wrong answer; the delay that causes is one of the cleanest measures of selective attention there is. The team found it smaller when people stood, and proposed that holding yourself upright tightens attention. Their first experiment had 17 participants, a later one 50, all undergraduates.

The finding travelled fast because it is a lovely idea. Then people tried to reproduce it. In 2023, Manca Peskar and colleagues at the University of Ljubljana, the Science and Research Centre Koper and Technische Universität Berlin pooled every randomised comparison they could find (Šömen et al., 2023): twelve experiments, 603 healthy young adults. The difference between sitting and standing was Hedges’ g = 0.13, 95% confidence interval −0.04 to 0.29, p = 0.134, an effect nobody would spot in a room of thirty people. The authors phrase the conclusion the safe way round: standing “is unlikely to have detrimental effects on selective attention and cognitive control.” That is reassurance, a long way from a focus upgrade.

Push the task harder and the sign can flip. Seung Hyun Kang, Jaejin Lee and Sangeun Jin at Pusan National University put 15 people through 40 minutes of Tetris, sitting and standing (Kang, Lee & Jin, 2021), and standing degraded attention and executive function. Their opening line summarises the field: standing costs more cognitive resources than sitting, and six of eight earlier studies they reviewed found no difference.

The part of the bill nobody puts in the advert

In 2018, Rebecca Baker and colleagues at the School of Physiotherapy and Exercise Science, Curtin University in Perth, had 20 adults do office computer work standing for two hours straight while measuring what happened (Baker et al., 2018). Discomfort rose in every body area tracked, incidence rate ratio 1.47, 95% CI 1.36 to 1.59. Reaction time on a sustained-attention task slowed, lower-limb swelling increased and self-rated mental state dropped, while creative problem solving improved slightly. Their practitioner summary says plainly that “replacing office work sitting with standing should be done with caution.” Twenty people for two hours is not a working year, and no tipping point for any individual body follows from it.

The wider epidemiology points at the same organ system. A review by Pieter Coenen, then at Curtin University and the VU University Medical Center in Amsterdam, pooled 49 studies covering 88,158 people (Coenen et al., 2018). Standing at work over four hours a day went with a higher chance of low-back symptoms: odds ratio 1.31, 95% CI 1.10 to 1.56. Most of those studies were cross-sectional, and the population is mostly shop and factory workers rather than office staff toggling a desk twice a day.

The 2022 British trial drifted the other way: in the desk group both the prevalence of lower-limb trouble and the pain reported there nudged downward over a year. Alternating posture looks benign; standing still for hours is a load of its own.

What the top search results tell you today

We ran twenty-eight searches word for word, from do standing desks improve productivity and standing desk benefits to standing desk myths and sit stand desk cochrane. They returned 136 unique pages; 39 would not open (bot-blocks, dead links, pages that render only in a browser), so they drop out and the denominator is 97. Each remaining page was read end to end and sorted by what it tells a reader about focus and output.

• 61 of 97 pages present better focus or productivity as an established benefit. A furniture retailer: “Numerous studies have demonstrated how standing desks lead to better focus, reduced fatigue, and enhanced overall performance in the workplace.” A business school newsletter: “Recent research shows that standing desks increase workplace productivity by 46%.” A large hospital system’s health site: “Studies show that… the more you stand, it can positively affect your ability to focus on completing tasks.”
• 14 of 97 pages hedge. One says of the famous statistic: “you cannot be adamant about the ‘46%’.” A coworking report gets closest to the literature: “The evidence, however, indicates no significant detriment to most cognitive tasks.” A consumer health site: “Although research is still in its early stages, it does appear that using a standing desk can have some health benefits and may also increase productivity.”
• 16 of 97 pages argue against it. Robert Shmerling, a senior faculty editor at Harvard Health Publishing, in 2016: “For most of these potential benefits, rigorous studies of standing desks have not yet been performed.” An ergonomist’s literature review: “a standing desk is not a productivity hack that makes you type faster.” Most of the rest are news reports on the health side, either on the 2024 Australian standing-and-circulation study or on Cochrane’s verdict that the health effects are unproven.
• 6 of 97 pages never assess focus or productivity: trial registrations, a buying guide, a clinic note on active workstations.
• 22 of 97 pages repeat the Texas A&M call-centre figure, as 45%, 46%, “23–53%” or “almost 50%”. Fifteen cite the Cochrane review: twelve only for the sitting-time reduction or the low certainty of the evidence, three (two of them Cochrane’s own press releases) only to say that standing more caused no decrease in productivity. None presents its work-performance result for what it is: no significant effect.

That last count is the tell: the most rigorous synthesis on the question is quoted across the top results for the one finding that helps sell desks, and its conclusion about work performance survives only as a reassurance that standing does no harm to output.

If the worry underneath is afternoon energy rather than furniture, our guide to twelve boundary rules for protecting your energy covers levers that were measured properly, and how long it takes to get your attention back covers the recovery side of concentration.

The claim sits in our registry of checked claims beside two relatives: the idea that willpower runs out like a muscle, another physical metaphor that outran its data, and what the neuroscience of procrastination does and does not show.

Sources

• Texas A&M University (2016). Boosting Productivity At Work May Be Simple: Stand Up. Texas A&M Stories (university press release). Press release of 25 May 2016; source of the widely repeated claim that stand-capable desk users were about 46 percent more productive stories.tamu.edu
• Garrett, G., Benden, M., Mehta, R., Pickens, A., Peres, S. C., & Zhao, H (2016). Call Center Productivity Over 6 Months Following a Standing Desk Intervention. IIE Transactions on Occupational Ergonomics and Human Factors. 4(2-3), 188-195; six-month secondary data for 167 employees across two job categories, no randomisation; standing group ~45% more productive per day, rising from ~23% in month one to ~53% later; authors call for prospective studies doi:10.1080/21577323.2016.1183534
• Duffy, J (2016). The Truth About Standing Desks And Productivity. Fast Company. Interview with Jack Callaghan, University of Waterloo, describing the Garrett design: no randomisation, no baseline performance data, standers were newer hires taking new-client calls (1.26 resolved calls/hour) versus experienced seated staff on existing-client calls (0.57); direct curl returns 403 (publisher bot-block), page read in full via browser user agent fastcompany.com
• Mehta, R. K., Shortz, A. E., & Benden, M. E (2016). Standing Up for Learning: A Pilot Investigation on the Neurocognitive Benefits of Stand-Biased School Desks. International Journal of Environmental Research and Public Health. 13(1), 59; cited only for its Conflicts of Interest statement, in which Benden declares that his U.S. patented designs are licensed by Texas A&M to PositiveMotion, Stand2Learn and NextDesk doi:10.3390/ijerph13010059
• Shrestha, N., Kukkonen-Harjula, K. T., Verbeek, J. H., Ijaz, S., Hermans, V., & Pedisic, Z (2018). Workplace interventions for reducing sitting at work. Cochrane Database of Systematic Reviews. Issue 12, CD010912; 34 studies, 3,397 participants; sit-stand desks reduced sitting by 100 min/workday (95% CI 84 to 116) short term and 57 min/day (95% CI 15 to 99) at 3-12 months, low-quality evidence; work performance +0.35 points on a 1-10 scale (95% CI -0.1 to 0.8), non-significant doi:10.1002/14651858.CD010912.pub5
• Karakolis, T., & Callaghan, J. P (2014). The impact of sit-stand office workstations on worker discomfort and productivity: A review. Applied Ergonomics. 45(3), 799-806; of eight studies on productivity, three reported an increase, four no effect, one mixed doi:10.1016/j.apergo.2013.10.001
• Edwardson, C. L., Yates, T., Biddle, S. J. H., Davies, M. J., Dunstan, D. W., Esliger, D. W., et al (2018). Effectiveness of the Stand More AT (SMArT) Work intervention: cluster randomised controlled trial. BMJ. 363, k3870; 37 clusters, 146 NHS staff; occupational sitting -83.28 min/workday at 12 months (95% CI -116.57 to -49.98); self-reported gains in job performance and engagement, but 'adjustment for multiple testing of secondary outcomes was not performed' doi:10.1136/bmj.k3870
• Edwardson, C. L., Biddle, S. J. H., Clemes, S. A., Davies, M. J., Dunstan, D. W., Eborall, H., et al (2022). Effectiveness of an intervention for reducing sitting time and improving health in office workers: three arm cluster randomised controlled trial. BMJ. 378, e069288; 78 clusters, 756 council staff; daily sitting -63.7 min/day with desk versus -22.2 min/day without; 'no noticeable between group differences' in job performance; job performance change at 12 months -0.12 control, -0.10 programme, -0.06 programme plus desk doi:10.1136/bmj-2021-069288
• Rosenbaum, D., Mama, Y., & Algom, D (2017). Stand by Your Stroop: Standing Up Enhances Selective Attention and Cognitive Control. Psychological Science. 28(12), 1864-1867; the origin of the standing-improves-focus claim; experiment 1 n=17, experiment 3 n=50, all undergraduates doi:10.1177/0956797617721270
• Šömen, M. M., Peskar, M., Wollesen, B., Gramann, K., & Marusic, U (2023). Does Standing Up Enhance Performance on the Stroop Task in Healthy Young Adults? A Systematic Review and Meta-Analysis. International Journal of Environmental Research and Public Health. 20(3), 2319; 12 experiments from 7 studies, 603 participants for incongruent stimuli; Stroop effect Hedges' g = 0.13, 95% CI -0.04 to 0.29, p = 0.134 doi:10.3390/ijerph20032319
• Kang, S. H., Lee, J., & Jin, S (2021). Effect of standing desk use on cognitive performance and physical workload while engaged with high cognitive demand tasks. Applied Ergonomics. 92, 103306; 15 participants, 40 minutes of Tetris at two difficulty levels; standing degraded attention and executive function; notes that six of eight previous studies found no difference doi:10.1016/j.apergo.2020.103306
• Baker, R., Coenen, P., Howie, E., Lee, J., Williamson, A., & Straker, L (2018). A detailed description of the short-term musculoskeletal and cognitive effects of prolonged standing for office computer work. Ergonomics. 61(7), 877-890; 20 adults, two hours of standing computer work; total-body discomfort IRR 1.47 (95% CI 1.36-1.59), sustained-attention reaction time deteriorated, creative problem solving improved doi:10.1080/00140139.2017.1420825
• Coenen, P., Willenberg, L., Parry, S., Shi, J. W., Romero, L., Blackwood, D. M., et al (2018). Associations of occupational standing with musculoskeletal symptoms: a systematic review with meta-analysis. British Journal of Sports Medicine. 52(3), 176-183; 49 studies, 88,158 participants; substantial occupational standing (>4 h/workday) associated with low-back symptoms, pooled OR 1.31 (95% CI 1.10-1.56); mostly cross-sectional doi:10.1136/bjsports-2016-096795