Smart Scheduling
Set daily rep targets and MicroReps distributes them evenly across your working hours. Miss a session? Reps are silently redistributed to the rest of your day.

MicroReps for Mac · Free
MicroReps is a free native macOS app that nudges you to move for under 60 seconds once per work hour—push-ups, squats, planks, and more—then gets out of your way. No account, no cloud, no subscription: everything stays on your Mac.
MicroReps keeps you moving through the workday with ultra-short exercise sessions. No gym, no guilt, no disruption — just a quick set of reps and straight back to work.
// Mac App Store link coming soon
How it works
Three steps. Under sixty seconds. Then back to what matters.
Once an hour during your configured working hours, a native macOS notification appears with your exercise and rep count for this session.
Stand up, knock out a set of push-ups, squats, or planks. The session target is always under 60 seconds so you never lose your flow.
One tap marks the session complete. MicroReps logs it, updates your streaks, and schedules the next session. You are back at your desk in under a minute.
Evidence review
Very short, frequent movement breaks can interrupt desk work without derailing focus. Here is what published trials and large cohorts suggest — including honest limits and where MicroReps’s one-minute cadence still lacks a direct RCT match.
Recent workplace studies point to brief active “micro-breaks” (often about 2–3 minutes, every 30–60 minutes; one 2026 RCT used three minutes each hour) as a low-risk way to feel less fatigued and sometimes more alert. A 2026 Chinese office trial also reported meaningful metabolic shifts alongside small self-rated energy and productivity bumps.
At population scale, a Danish cohort (~70k workers) tied self-reported workplace micro-exercises to roughly 14% lower risk of long sickness absence (adjusted HR ≈ 0.86, 95% CI 0.77–0.96) — suggestive, but observational. Meta-analyses summarise active micro-breaks as small-to-moderate average gains in vigor (↑ d ≈ 0.36) and reductions in fatigue (↓ d ≈ 0.35).
Evidence quality is uneven: many RCTs are small, short, subjective, and hard to blind. No published trial tests exactly one minute every hour; MicroReps sits on the shorter end of the evidence ladder, so certainty for that dose should stay modest.
Active breaks look safe and can chip away at fatigue — think on the order of moving from roughly 50/100 to ~37/100 tired in one walking-break trial, with meta-analytic effect sizes around a third of a standard deviation. Productivity and pain stories are mixed; metabolic wins are clearest in a single recent hourly protocol. Proof for a strict 60-second-every-hour program is still thin.
The material below summarizes research with headline numbers, named studies, and each paper's outcome metrics so you can see what the claims rest on.
If you only want the app, you can skim or skip this block entirely.
Effect sizes and the study table describe how researchers measured results — use them to compare studies at a glance, not as personal medical guidance.
Four themes the literature keeps returning to — with different levels of confidence.
Most consistent storyline in the literature.
Meta-analyses of active micro-breaks cite roughly d ≈ +0.36 vigor and d ≈ −0.35 fatigue. Acute trials such as Wennberg et al. (2016) measured ~13-point drops on 0–100 fatigue scales within a single workday.
Mixed signals — some promising RCTs, low certainty overall.
Exercise breaks beat passive rest in small desk-worker trials (e.g., Osama et al.), and clustered studies show quicker pain recovery, yet a 2024 Cochrane synthesis rates much of the pain evidence as very low certainty because schedules and measures vary widely.
Unlikely to tank output; gains are subtle and often self-reported.
Fang et al. (2026) logged +1.3/10 self-rated productivity (p<0.001) alongside +1.6/10 energy, but objective throughput metrics remain uncommon and reviews often find null or task-specific cognitive changes.
Promising where measured — but almost no replication yet.
Fang’s hourly 3-minute protocol reported Δ fasting glucose −0.31 mmol/L, 2-hour glucose −0.58 mmol/L, and HOMA-IR −0.42 over 12 weeks. Other workplace break trials rarely publish labs, so treat this block as hypothesis-generating.
Bar length is illustrative — relative effect size, not a prescription. Meta-analytic and single-trial examples are shown together for context.
Fang et al. (2026) is the primary workplace RCT in this review with glucose and HOMA-IR data; bars scale to the largest reported shift for quick comparison.
Landmark years represented in our comparison table below (including synthesis years such as 2024 systematic reviews cited against pain outcomes).
Trials below mostly used 2–3 minute breaks every 30–60 minutes. Fang et al. (2026) is the closest cohort to hourly dosing; metrics reflect each publication's measures.
| Study | Design | Intervention | Headline result | Metric |
|---|---|---|---|---|
| Fang et al. (2026) | RCT (parallel) N=86 office workers |
Hourly 3-min bodyweight breaks vs 2-min walk | Better glycaemia, waist, BP; higher energy (+1.6/10) & productivity (+1.3/10) | Δ glu −0.31 / −0.58 mmol/L; HOMA-IR −0.42; p<0.001 vs control |
| Andersen et al. (2022) | Prospective cohort N≈70,130 workers |
Employer-offered micro-exercise at work | Lower long-term sickness absence | HR 0.86 (95% CI 0.77–0.96) |
| Osama et al. (2015) | RCT N=32 desk workers |
Exercise breaks vs extra rest breaks | Greater pain reduction with exercise breaks | p < 0.05 (subjective discomfort scales) |
| Akkarakittichoke et al. (2021) | Cluster RCT N=193 office workers |
Active sit-stand prompts vs control | Faster recovery, lower recurrence | Recurrence HR_adj ≈ 0.22 |
| Wennberg et al. (2016) | Crossover RCT N=19 adults |
3-min walk every 30 min vs sitting | Less fatigue over 7 h | Δ fatigue −10.7 to −13.3 pts at 4–7 h |
| Mainsbridge et al. (2020) | Pilot RCT N=43 police officers |
Movement micro-breaks | Better mood, less job stress | Significant at 3-month follow-up |
Features
Features that get out of the way and keep the reps coming.
Set daily rep targets and MicroReps distributes them evenly across your working hours. Miss a session? Reps are silently redistributed to the rest of your day.
A configurable daily growth rate increases your targets over time. When you hit the 60-second ceiling, MicroReps introduces harder exercise variations instead of piling on reps.
Daily completion streaks and motivational nudges keep the momentum going without turning fitness into a chore.
Visualize reps over time and completion rates. Watch your capacity grow week over week from a single app window.
Set your working hours, daily targets, growth rate, and which exercises to include. Snooze a session when you are in deep focus.
No Electron, no web wrapper. MicroReps runs as a native macOS app with system notifications that respect your Focus modes.
Screenshots
Everything visible, nothing cluttered.





No account. No cloud. No telemetry. No ads. MicroReps lives entirely on your Mac — your exercise history never leaves your device.
FAQ
Yes — MicroReps is completely free with no in-app purchases, subscriptions, or ads.
No. MicroReps stores everything locally on your Mac. There is no account, no cloud sync, and no data leaving your device.
Push-ups, squats, plank, jumping jacks, and more. You can enable or disable each exercise in Settings and MicroReps rotates through your active selection.
Missed reps are automatically redistributed across your remaining sessions for the day. No rep gets left behind — it just moves forward.
Yes. Snooze a session right from the notification or the app window. MicroReps adjusts the schedule around you.
MicroReps uses native macOS notifications, so your existing Focus mode settings apply. If you mute notifications during a Focus session, MicroReps respects that.
Free. Forever. One minute at a time.
Download MicroReps for Mac (opens in new tab)Requires macOS 13 or later · Mac App Store link coming soon.