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Home›Health Behavior›Exercise Self-Efficacy Scale
Process / pipelineSelf-Efficacy & Confidence

Exercise Self-Efficacy Scale

Self-Efficacy for Exercise Scale · Also known as: Exercise Confidence Scale, Physical Activity Self-Efficacy

The Exercise Self-Efficacy Scale measures an individual's confidence in their ability to exercise regularly and maintain physical activity despite challenges. Grounded in Albert Bandura's Social Cognitive Theory, self-efficacy is the belief that one has the capability to execute a specific behavior and achieve desired outcomes. For exercise, self-efficacy encompasses confidence in overcoming barriers (time, fatigue, weather), maintaining consistency, and managing setbacks or relapse. Research consistently demonstrates that exercise self-efficacy is one of the strongest predictors of exercise adherence; individuals with high confidence are more likely to initiate exercise, persist through difficulties, and maintain activity over time. The scale is widely used in primary care, cardiac and pulmonary rehabilitation, weight management, diabetes care, and exercise research to assess readiness for behavior change and to evaluate interventions designed to boost confidence.

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Exercise Self-Efficacy Scale
Barriers to Physical Act…Behavioral Regulation in…Multidimensional Health…Basic Psychological Need…Health-Promoting Lifesty…Physical Activity Enjoym…Theory of Planned Behavi…

When to use it

Use the Exercise Self-Efficacy Scale in primary care, cardiac and pulmonary rehabilitation, weight management clinics, and diabetes care to assess confidence barriers to exercise. Administer at baseline to identify individuals at high risk of non-adherence due to low confidence (as opposed to low motivation or high barriers). For these individuals, prescribe confidence-building approaches: start with achievable low-intensity activity, celebrate small wins, involve a supportive coach or group, use modeling (seeing others succeed). Use the scale to evaluate whether exercise programs or coaching successfully boost confidence; a rise in self-efficacy from baseline to post-intervention predicts sustained behavior change. The scale is particularly valuable in older adults and those recovering from illness or injury, where confidence is often lower. Choose self-efficacy assessment when you want to understand the capability/confidence dimension of exercise behavior, distinct from motivation or barriers.

Strengths & limitations

Strengths
  • Strong empirical support: exercise self-efficacy is one of the most robust predictors of exercise adherence, with meta-analyses confirming r = 0.30–0.70 associations with behavior.
  • Theoretically grounded: based on Bandura's Social Cognitive Theory, one of the most tested psychological frameworks.
  • Actionable: identifies confidence gaps and guides skill-building interventions (mastery experiences, modeling, social support).
  • Responsive to intervention: self-efficacy increases in response to exercise success, coaching, and social support, making it suitable for tracking program effectiveness.
  • Specific to context: items can be tailored to barrier-specific confidence (e.g., confidence to exercise when busy, when tired, when injured), enabling targeted assessment.
Limitations
  • Self-report bias: people may over- or under-estimate actual capability; reported confidence may not match demonstrated ability.
  • Sensitive to recent experience: a recent exercise success or failure can temporarily inflate or deflate efficacy scores.
  • Does not measure actual skill or fitness: someone with high efficacy but low fitness may attempt too much and injure themselves; efficacy must be paired with realistic exercise prescription.
  • Limited predictive power alone: efficacy predicts exercise initiation well but is less predictive of behavior in the face of major life disruption (illness, caregiving demands, job loss).
  • Cultural considerations: confidence expression and self-efficacy beliefs vary across cultures; some cultures may emphasize caution (lower reported efficacy) even with capability.

Frequently asked

Is self-efficacy the same as self-esteem or confidence in general?

No. Self-esteem is global self-worth ('I'm a good person'). General confidence is broad belief in one's capabilities across domains ('I'm capable'). Self-efficacy is specific to a particular behavior ('I'm confident I can exercise regularly despite fatigue'). Someone with low general self-esteem might have high exercise self-efficacy if they've successfully exercised. The specificity is what makes self-efficacy predictive and actionable.

If someone reports high self-efficacy but doesn't exercise, what's going on?

High efficacy predicts behavior strongly but is not deterministic. Other factors (lack of motivation, extreme barriers, competing priorities, health constraints) may prevent action despite confidence. Assess motivation, barriers, and knowledge alongside efficacy. Also, high reported efficacy might reflect overconfidence (person overestimates their capability); this is less common but possible if someone has not recently attempted exercise.

Can I improve self-efficacy without improving fitness?

Yes, temporarily. Success experiences, social support, modeling, and positive self-talk can boost confidence. However, true sustainable efficacy is grounded in actual ability to exercise. Build efficacy through small successes (short, achievable activity bouts), which simultaneously improve fitness gradually. If someone improves reported efficacy without accompanying fitness improvement, monitor for overconfidence; this person may attempt too-ambitious activity and injure themselves.

How often should I reassess self-efficacy during an exercise program?

For intervention studies, baseline and post-intervention (8–12 weeks) are standard. In clinical practice, reassess every 4 weeks during active confidence-building work; as efficacy rises, you can extend reassessment intervals to monthly. If a person experiences a setback (illness, relapse), reassess efficacy; it may have dropped, and renewed support is needed.

Sources

  1. Bandura, A. (1997). Self-efficacy: The exercise of control. W. H. Freeman. link ↗
  2. Resnick, B., & Jenkins, L. S. (2000). Testing the reliability and validity of the Self-Efficacy for Exercise Scale. Nursing Research, 49(3), 154-159. DOI: 10.1097/00006199-200005000-00007 ↗

How to cite this page

ScholarGate. (2026, June 3). Self-Efficacy for Exercise Scale. ScholarGate. https://scholargate.app/en/health-behavior/exercise-self-efficacy-scale

Related methods

Barriers to Physical Activity QuestionnaireBehavioral Regulation in Exercise QuestionnaireMultidimensional Health Locus of Control Scale

Which method?

Set this method beside its closest kin and read them side by side — the library lays the books on the table; the choice is yours.

  • Barriers to Physical Activity QuestionnaireHealth Behavior↔ compare
  • Behavioral Regulation in Exercise QuestionnaireHealth Behavior↔ compare
  • Multidimensional Health Locus of Control ScaleHealth Behavior↔ compare
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Referenced by

Barriers to Physical Activity QuestionnaireBasic Psychological Needs ScaleBehavioral Regulation in Exercise QuestionnaireHealth-Promoting Lifestyle Profile IIMultidimensional Health Locus of Control ScalePhysical Activity Enjoyment ScaleTheory of Planned Behavior Questionnaire

Similar methods

Yoga Self-Efficacy ScaleGeneral Self-Efficacy ScaleDASESPain Self-Efficacy QuestionnaireDiabetes Self-Efficacy ScaleSelf-Efficacy for Appropriate Medication Use ScaleAcademic Self-Efficacy ScaleBarriers to Physical Activity Questionnaire

Related reference concepts

Motivation and Self-EfficacySocial Cognitive TheoryHealth Behavior and Behavior ChangeHealth Promotion and Behavior ChangeHealth Belief ModelHealth Behavior Change and Intervention

Spotted an issue on this page? Report or suggest a fix →

ScholarGate — Exercise Self-Efficacy Scale (Self-Efficacy for Exercise Scale). Retrieved 2026-07-21 from https://scholargate.app/en/health-behavior/exercise-self-efficacy-scale · Dataset: https://doi.org/10.5281/zenodo.20539026
Quick facts
Originator
Albert Bandura; validated by Resnick & Jenkins
Subfamily
Self-Efficacy & Confidence
Year
1997
Type
Self-report questionnaire
Related methods
Barriers to Physical Activity QuestionnaireBehavioral Regulation in Exercise QuestionnaireMultidimensional Health Locus of Control Scale
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