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Rate Pressure Product (RPP) Calculator

Calculate RPP (HR × SBP), a measure of myocardial oxygen demand. Normal resting RPP is 5,000–10,000 mmHg·bpm. RPP during exercise indicates cardiac workload capacity.

Concept Fundamentals
5K–10K
Normal Rest
20K–40K
Exercise Peak
Strong
MVO₂ Proxy

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Key values and context for this tool: • Normal Rest: 5K–10K • Exercise Peak: 20K–40K • MVO₂ Proxy: Strong

Key values
5K–10K
Normal Rest
Key value
20K–40K
Exercise Peak
Key value
Strong
MVO₂ Proxy
Key value

Ready to run the numbers?

Why: Calculate RPP = HR × SBP, an index of myocardial oxygen demand.

How: Normal resting RPP is ~7,000–10,000; exercise RPP can reach 25,000–40,000.

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Beats per minute
bpm
Upper blood pressure
mmHg
Optional, for context
mmHg

For informational purposes only — not medical advice. Consult a healthcare professional before acting on results.

Rate Pressure Product (RPP) = HR × SBP, an index of myocardial oxygen demand. Normal resting RPP ~7,000–10,000; exercise RPP can reach 25,000–40,000. Used in stress testing and exercise prescription. Sources: AHA, ACSM, Gobel et al.

7–10K
Resting RPP
25–40K
Peak Exercise RPP
HR × SBP
Formula
>25K
Elevated Risk

Sources: AHA, ACSM, Gobel et al.

Key Takeaways

  • • RPP correlates with myocardial oxygen consumption
  • • Used to set safe exercise intensity in cardiac rehab
  • • Beta-blockers lower RPP by reducing heart rate
  • • RPP >25,000 may indicate elevated ischemic risk in susceptible patients

Did You Know?

💓 RPP is also called the double product
📊 Correlates with MVO2 (myocardial O2 consumption)
💡 Used in cardiac stress test interpretation
🌍 ACSM uses RPP for exercise prescription
📈 Athletes can achieve RPP 35,000+ at max effort
🎯 Resting RPP <12,000 suggests good cardiac efficiency

How Does RPP Work?

Formula

RPP = heart rate (bpm) × systolic blood pressure (mmHg). No unit; used as an index.

Clinical Use

Stress testing, exercise prescription, cardiac rehab. Higher RPP at same workload may indicate reduced efficiency.

Limitations

Does not include diastolic pressure. Individual ischemic thresholds vary. Use with full clinical context.

Expert Tips

Measure HR and SBP at the same moment; use exercise values for exercise RPP
In cardiac rehab, target RPP is often 60–70% of peak exercise RPP
Beta-blockers lower RPP; consider when interpreting stress tests
RPP >30,000 at rest suggests severe hypertension or tachycardia

RPP Ranges

RPPContext
<12,000Rest / Low
12,000–16,000Light exercise
16,000–20,000Moderate exercise
>25,000Vigorous / Peak

Frequently Asked Questions

What is RPP?

Rate Pressure Product (RPP) = HR × SBP, a measure of myocardial oxygen demand. Normal resting RPP is 5,000–10,000 mmHg·bpm. RPP during exercise indicates cardiac workload capacity.

What are normal RPP values?

Resting RPP: 5,000–10,000. Light exercise: 12,000–16,000. Moderate: 16,000–20,000. Peak exercise: 20,000–40,000. Values &gt;25,000 may indicate elevated ischemic risk in susceptible patients.

What is exercise RPP?

RPP increases with exercise as HR and SBP rise. Peak exercise RPP typically reaches 20,000–40,000. Cardiac rehab often targets 60–70% of peak RPP for safe training intensity.

What is the clinical significance?

RPP correlates with myocardial oxygen consumption (MVO₂). Used in stress testing, exercise prescription, and cardiac rehab. Higher RPP at same workload may indicate reduced cardiac efficiency.

RPP vs double product?

RPP and double product are the same: HR × SBP. The terms are interchangeable. No unit; used as an index of cardiac workload and oxygen demand.

What is the angina threshold?

RPP &gt;30,000 can approach the double product at angina threshold in some patients with coronary disease. Beta-blockers lower RPP by reducing HR, which may delay or prevent angina.

Key Statistics

8,400
Typical rest RPP
28K
Peak exercise RPP
2
Components (HR, SBP)
MVO2
Correlates with

Official Data Sources

⚠️ Disclaimer: This calculator is for educational purposes only. It is not a substitute for professional medical advice. Always consult a qualified healthcare provider.

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