The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. In the first example the result is 90 mmHg.
The calculator does not diagnose hypertension and does not replace a clinic reading. The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP.
Enter data and click Calculate.
The calculator uses the numbers you enter. The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. In the first example the result is 90 mmHg.
The five form fields are Systolic BP, Diastolic BP, Age, BMI, and Resting heart rate. Mean arterial pressure means: This is the main result on this page. In the first example it is 90 mmHg. Systolic BP means: The first form field. It enters the formula or sits beside the result. The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. Diastolic BP means: The second form field. The calculator does not diagnose hypertension and does not replace a clinic reading.
The second example gives 100 mmHg. The third example gives 83 mmHg. The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. In the first example the result is 90 mmHg.
The calculator does not diagnose hypertension and does not replace a clinic reading.
Enter 118, 76, 42, 24.5, 68, then click Calculate. A comma in 12.5 is read the same way as a period. Fields on a 0-10 scale are notes and are not the primary result unless this page formula says so.
The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP.
In the first example the result is 90 mmHg. The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP.
90 mmHg
The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. In the first example the result is 90 mmHg.
100 mmHg
The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. In the second example the result is 100 mmHg.
83 mmHg
The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. In the third example the result is 83 mmHg.
In the first example the result is 90 mmHg. The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP.
With the second set of fields the result is 100 mmHg.
With the third set of fields the result is 83 mmHg.
The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP.
The calculator does not diagnose hypertension and does not replace a clinic reading.
This is the main result on this page. In the first example it is 90 mmHg. The first form field. It enters the formula or sits beside the result. The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. The second form field. The calculator does not diagnose hypertension and does not replace a clinic reading.
Yes. 12.5 and 12,5 are read the same way.
MAP is (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not enter the formula.
No. The result is mean pressure from the two numbers you enter. Diagnosing hypertension needs readings and a clinician.
That is the usual MAP formula: diastole lasts longer in the cycle, so it is counted twice and systole once.
No. Heart rate, age, and BMI are notes beside the result. Only systolic and diastolic change MAP.
Pressure in mmHg, age in years, BMI in kg/m², heart rate in beats per minute. A comma in 24.5 is read the same way as a period.
The calculator computes mean arterial pressure: (systolic + 2 × diastolic) / 3. Age, BMI, and resting heart rate sit beside that number and do not change MAP. The calculator does not diagnose hypertension and does not replace a clinic reading.
Page updated in 2026.
