body
Coordination Improvement
Coordination Improvement means better control of body movements, so a person may make fewer movement errors or notice less clumsiness. It can describe an observed change in performance, such as errors on a cycling course, or a person’s perception of their coordination.
Understand Coordination Improvement in plain language as a body effect.
These are research findings, not promises. Most options have little evidence, and results differ from person to person.
What may help
What studies found for each option, best evidence first.
16 options:2 some evidence7 not enough evidence1 not tested in people4 personal stories only2 no benefit found
Strength TrainingpracticeSome evidence it helpsSize of effect: Not known
Some human studies found a benefit. More research could change this.
All 2 studies with a clear result found a benefit. Strongest study: a pooled analysis of several trials.
Open the Strength Training pageCyclingpracticeSome evidence it helpsSize of effect: Not known
Some human studies found a benefit. More research could change this.
All 2 studies with a clear result found a benefit. Strongest study: a randomized controlled trial.
Open the Cycling pageHigh-Intensity Interval Training (HIIT)practiceNot enough evidence
Too few or too small studies to know if it works.
3 of 4 studies found a benefit; 1 found none. Strongest study: a pooled analysis of several trials.
A pooled analysis combining randomized and non-randomized human studies reported improved agility, with effect sizes of 0.43 and 0.18 in two studies. A review reported improvements across several agility tests, ranging from 3.7% to 20%.
Open the High-Intensity Interval Training (HIIT) pageFoam RollingpracticeNot enough evidence
Too few or too small studies to know if it works.
The one study found a benefit. Strongest study: a systematic review of studies.
A review of randomized and non-randomized human studies involving 517 people reported significant results in agility tests in four studies.
Open the Foam Rolling pageJump Rope TrainingpracticeNot enough evidence
Too few or too small studies to know if it works.
All 2 studies with a clear result found a benefit. Strongest study: a non-randomized trial.
In a 10-week quasi-experimental study of 60 participants, total KTK scores increased by 8.29% in the rope-skipping group, compared with 1.89% in the control group. A separate quasi-experimental study of 10 participants reported a mean body-coordination change of 8.09 points.
Open the Jump Rope Training pageSwimmingpracticeNot enough evidence
Too few or too small studies to know if it works.
The one study found a benefit. Strongest study: a systematic review of studies.
Open the Swimming pageHatha YogapracticeNot enough evidence
Too few or too small studies to know if it works.
The one study found a benefit. Strongest study: a randomized controlled trial.
Open the Hatha Yoga pageDancepracticeNot enough evidence
Too few or too small studies to know if it works.
All 2 studies with a clear result found a benefit. Strongest study: a narrative review.
A narrative review reported improved coordination in 5/6 variables and described dance interventions as increasing (psycho-)motor skills. The review concerned healthy participants.
Open the Dance page
Comparing practices
- Strength TrainingSome evidence it helps2 trials
- CyclingSome evidence it helps2 trials
The expert view shows every study, dose protocol and source.
What may help
Linked to improving it16 listedStart here
Most likely to help, from the evidence we have
- →PracticesStrength TrainingCertaintyMediumSourceRCT2 other sources
A pooled analysis whose study designs were not recorded found consistent findings that resistance training improved coordination. In one trial of 52 people, agility-test time fell from 17.89 ± 1.01 s to 17.17 ± 0.98 s.
Who was studied
- Healthy people and patients
Open Strength TrainingStudy result
The findings across studies were consistent, supporting the effectiveness of resistance training in enhancing coordination ability.
- →PracticesCyclingCertaintyMediumSourceClinical2 other sources
In a randomized trial, cycling-course errors changed in the intervention group but not the control group (t(26) = 3.05, p = .005; d = 0.59). Another trial found the intervention group made an average of 2.37 fewer errors than the active control group after the 3 months intervention period (p = 0.004).
Who was studied
- Healthy people and patients
Open CyclingStudy result
The number of errors in the cycling course significantly changed between T0 and T1 in the IG (t(26) = 3.05, p = .005, d = 0.59) but did not change in the CG (p = .867).
Low probability(12)
- →PracticesHigh-Intensity Interval Training (HIIT)CertaintyLowSourceRCTTrivial effect4 other sources
A pooled analysis combining randomized and non-randomized human studies reported improved agility, with effect sizes of 0.43 and 0.18 in two studies. A review reported improvements across several agility tests, ranging from 3.7% to 20%.
How big is the effect
Trivial effectReal in studies, but too small for most people to notice.
Who was studied
- Healthy people
Open High-Intensity Interval Training (HIIT)Study result
Additionally, two studies found that HIIT significantly improved agility (cohen’s d = 0.43 and 0.18).
- →PracticesFoam RollingCertaintyLowSourceRCT1 other source
A review of randomized and non-randomized human studies involving 517 people reported significant results in agility tests in four studies.
Who was studied
- Healthy people
Open Foam RollingStudy result
four studies found significant results in agility tests
- →PracticesJump Rope TrainingCertaintyLowSourceClinical3 other sources
In a 10-week quasi-experimental study of 60 participants, total KTK scores increased by 8.29% in the rope-skipping group, compared with 1.89% in the control group. A separate quasi-experimental study of 10 participants reported a mean body-coordination change of 8.09 points.
Who was studied
- Healthy people and patients
- Leukemia
Open Jump Rope TrainingStudy result
KTK total scores were significantly higher in the rope-skipping group (% Δ = 8.29, p < 0.001) than in the control group (% Δ =1.89, p < 0.001) after the 10-week intervention. Additionally, there was a significant interaction effect between time and the intervention [F_(1, 58) = 7.931, p = 0.007, ηp^
- →PracticesSwimmingCertaintyLowSourceClinical1 other source
A review reported improved motor coordination after swimming in both the basic and formal groups: scores rose from 130.18 ± 37.71 to 162.71 ± 40.40 in the basic group and from 135.57 ± 37.45 to 172.64 ± 33.17 in the formal group (both *p* < 0.01).
Open SwimmingStudy result
Motor coordination significantly improved in both conditions of swimming (basic CG: 130.18 ± 37.71 pre vs. 162.71 ± 40.40 post (*p* < 0.01)/formal CG 135.57 ± 37.45 pre vs. 172.64 ± 33.17 post (*p* < 0.01))
- →PracticesHatha YogaCertaintyLowSourceClinical1 other source
An RCT with 45 participants found faster visuomotor precision times after yoga compared with generic physical education (time × group effect: F(1,28) = 19.62; p = 0.000; ηp² = 0.412).
Who was studied
- Healthy people
Open Hatha YogaStudy result
yoga has a significant positive impact on the development of visuomotor precision A in comparison to generic PE [time × group effect: F(1,28) = 19.62; p = 0.000; ηp² = 0.412]; yoga (T0: 24.58 ± 1.25, T1: 21.06 ± 1.47) leads to comparatively faster visuomotor precision times; remained significant aft
- →PracticesDanceCertaintyLowSourceReview2 other sources
A narrative review reported improved coordination in 5/6 variables (p < 0.05–0.01; ES > 0.14) and described dance interventions as increasing (psycho-)motor skills. The review concerned healthy participants.
Who was studied
- Healthy people
Open DanceStudy result
Coordination improved in 5/6 variables (p < 0.05–0.01; ES > 0.14).
- →PracticesGardening TherapyCertaintyLowSourceReview1 other source
A 2021 narrative review described horticulture as potentially supporting rehabilitation and improving motor skills. The finding is from a review, not human clinical evidence.
Who was studied
- People with a condition
- Ptsd
Open Gardening TherapyStudy result
This research revealed that horticulture can provide physical, neurological, and psychological rehabilitation, whilst improving motor skills as well as strength and endurance.
- →PracticesMobility TrainingCertaintyLowSourceAnecdotal2 other sources
Mobility Training is described as developing motor control and intermuscular coordination through controlled, multi-planar movements. Coordination was mentioned in 3 of 276 community reports discussing it.
Open Mobility TrainingStudy result
Mobility training develops motor control and intermuscular coordination through controlled, multi-planar movements.
- →PracticesQigongCertaintyLowSourceAnecdotal2 other sources
Qigong's flowing, coordinated movements may train motor coordination and proprioception. Some people report this effect.
Open QigongStudy result
The flowing, coordinated movements of Qigong train motor coordination and proprioception.
- →PracticesTai ChiCertaintyLowSourceAnecdotal1 other source
This effect was mentioned in 3 of 159 Reddit reports discussing it.
- →PracticesCalisthenicsCertaintyLowSourceTheoretical1 other source
Calisthenics requires coordinated control of multiple body segments, which is described as supporting intermuscular coordination and motor skill acquisition.
Open CalisthenicsStudy result
Calisthenics requires precise control of multiple body segments simultaneously, enhancing intermuscular coordination and motor skill acquisition.
Very low probability(2)
- →PracticesSwedish (Classic) MassageCertaintyVery lowSourceClinical1 other source
A randomized trial involving 34 people found no significant changes in agility performance in either group.
Open Swedish (Classic) MassageWho was studied
- People with a condition
- →PracticesHot BathCertaintyVery lowSourceClinical1 other source
Human evidence has not established an effect on coordination.
Open Hot BathWho was studied
- Healthy people
Practices compared
Practices with at least one trial of their own for this goal. Ranked by how sure the evidence is, then effect size.| Practice | How sure | Effect size | Own trials | What worked in trials |
|---|---|---|---|---|
| Cycling | CertaintyMediumSourceClinical | 2 trials or pooled analyses | 60 min · 8–11 weeks | |
| Strength Training | CertaintyMediumSourceRCT | 2 trials or pooled analyses | 55–73 min · 2.5–2.8×/week · 10–11 weeks | |
| High-Intensity Interval Training (HIIT) | CertaintyLowSourceRCT | Trivial effect | 3 trials or pooled analyses | 2–2.8×/week · 6–8 weeks |
| Jump Rope Training | CertaintyLowSourceClinical | 2 trials or pooled analyses | ||
| Hatha Yoga | CertaintyLowSourceClinical | 1 trial or pooled analysis | ||
| Foam Rolling | CertaintyLowSourceRCT | 1 trial or pooled analysis | ||
| Swimming | CertaintyLowSourceClinical | 1 trial or pooled analysis |
What worked in trials: From the smallest to the typical amount in the trials that found this benefit. Not the most anyone did, not a target and not a limit.
How to read the evidence
Evidence tier — overall strength of the evidence for the whole compound
- StrongWell established — backed by strong, consistent human research.
- ModerateSome genuine support, but mostly from small or lower-quality studies. Promising, not proven.
- PreliminaryEarly-stage evidence — a promising hypothesis, not an established effect yet.
- LimitedVery limited evidence — treat this as a hypothesis, not proof.
- InsufficientNot enough good evidence to draw conclusions yet.
Certainty — how sure we can be that the effect is real
- Very highVery sure — strong, consistent evidence
- HighFairly sure — consistent evidence from good studies
- MediumModerately sure — new studies could change this
- LowNot sure — little or mixed evidence
- Very lowVery unsure — almost no usable evidence
Source — where the data comes from
- Meta-analysisPooled analysis of many trials — the strongest evidence
- RCTRandomized controlled trial — a strong human study design
- ClinicalA human clinical study
- Reference knowledgeFrom general health-science or pharmacology references, not a study of this exact claim
- Animal researchStudied in animals, not humans
- Community reportsAggregated user reports — anecdotal signal, not evidence
- TheoreticalMechanism-based reasoning, not yet tested
Study grade — quality of each underlying study (A best, D weakest)
- AHigh-quality — strong, consistent human trials
- BGood — solid evidence with some limitations
- CModerate — limited, small, or mixed-quality studies
- DWeak — preliminary, indirect, or animal-only
Confidence — how strongly the sources back a finding
A 0–100 score from study quality and agreement
Most supplement evidence is graded C–D. Read it as preliminary signal, not proof.
Full write-up
What is it
Coordination Improvement means better control of body movements, so a person may make fewer movement errors or notice less clumsiness. It can describe an observed change in performance, such as errors on a cycling course, or a person’s perception of their coordination. It is a body effect rather than a specific diagnosis.
How interventions help
Interventions aimed at coordination differ mainly in whether they train movement directly or seek a short-term change in performance. Cycling, Swimming, Tai Chi, Yoga, and Hatha Yoga use repeated, controlled movement to practice timing, balance, weight shifting, motor control, or movement execution. These approaches may be most relevant when coordination is treated as a skill that develops through practice, although the specific training program and population can affect the result.
Caffeine has a different time course: the studies tested coordination acutely, with testing beginning 60 minutes after ingestion. The typical doses were 200 mg for 17 participants or 300 mg for 1 participant, and daily use was not required. This represents a short-term intervention rather than an effect dependent on continued training.
CBD was evaluated over a longer period, at 150 mg nightly for 2 weeks. A difference in perceived coordination or clumsiness was reported after 1 week and remained at 2 weeks, so the observed change was not limited to an immediate response. L-Leucine was described at 5000 mg/day, but its support comes from a limited source and should not be treated as equivalent to direct human intervention evidence.
Overall, the findings span practice-based movement, acute use, and multi-day supplementation. Most interventions were studied in people whose health status was not specified, which limits how confidently the findings can be applied to a particular condition or level of coordination difficulty.
Choosing guidance
For a rapid, session-based option, Caffeine is the clearest fit: its coordination findings were assessed soon after use rather than after a prolonged course, and it does not depend on daily use. This may suit someone interested in a short-term effect, while making it less informative for questions about lasting improvement.
CBD (Cannabidiol) was evaluated over days rather than immediately, so it may be more relevant to someone willing to follow a short course. Its evidence comes from human participants, but from a small pilot study. L-Leucine is a less suitable choice when human evidence is important, because the reported finding was not supported by human research in this record and came from a case series discussed in a review.
Cycling and Swimming are activity-based options with human research, but the findings relate to training or practice rather than a single intake. They may suit people seeking coordination work through repeated physical activity. Tai Chi, Yoga, and Hatha Yoga are also practice-based approaches; their proposed benefits center on controlled movement, balance, motor control, or proprioceptive integration, but the support is reference-based or theoretical rather than a demonstrated supplement-like effect.
The options therefore differ not only in the apparent size of an outcome, but in what a person must commit to: an acute intake, a course lasting days, or repeated movement practice. Consider whether the priority is a near-term test, a sustained routine, or an activity that directly trains coordinated movement, and give greater weight to options whose participants and study setting resemble the intended use.