Large cohort studies suggest that about 1 in 3 people may develop atrial fibrillation over a lifetime. This means you, a family member, or a close friend will likely face heart rhythm irregularities at some point. If someone is unresponsive and not breathing normally, call 911. The good news is that when you learn how to check your pulse, you can detect the condition early and prevent it from becoming a life-threatening emergency.
Your heart pumps an average of 2,000 gallons of blood through your body every day. When you check your pulse, you feel the force of blood going through an artery close to your skin’s surface. The sensation you feel is the number of times your heart beats in one minute. While reading the pulse is a normal activity for healthcare professionals and first responders, laypeople may find it challenging.
Now, do you know the right location to find and the method to measure the pulse? This guide will cover all key details.
What Is a Pulse?
A pulse represents the pressure wave when your heart pumps through your arteries. Each heartbeat creates pressure that you can feel at specific body points. This rhythmic throbbing indicates your heart is working to circulate oxygen-rich blood throughout your system. Here’s an overview of a normal pulse rate for different age groups.
| Age Group | Normal Resting Heart Rate (beats per minute) |
| Newborn (0–4 weeks) | 100–205 bpm |
| Infant (4 weeks–1 year) | 100–180 bpm |
| 1–3 years | 98–140 bpm |
| 3–5 years | 80–120 bpm |
| 5–12 years | 75–118 bpm |
| 13–17 years | 60–100 bpm |
| Adults (18+) | 60–100 bpm |
The 9 Essential Pulse Points in Your Body
Your body has nine main sites through which you can take your pulse. Each of these points has a special function in medical diagnosis and disease monitoring. Let’s take a brief look at each of them,
1. Radial Pulse (Wrist)
The radial artery courses down the thumb side of your wrist. This is the most accessible site for simple pulse taking on a regular basis. It is still the site of choice for self-taking and general health checks by the public.
A weak pulse may indicate low blood pressure, dehydration, or shock, while a fast pulse can signal fever, stress, dehydration, or an underlying heart condition.
How to Measure:
- Hold out your arm with your palm facing upwards
- Put your index and middle fingers on the thumb side of the inside of your wrist
- Press gently and adjust pressure until you feel the rhythmic pulsation (too much pressure can collapse the artery)
- Avoid using your thumb, which has its own pulse (best for daily heart rate monitoring, such as fitness tracking and routine health checks).
- Count for 30 seconds and double it for beats per minute
- If the rhythm is irregular, count for a full 60 seconds
2. Carotid Pulse (Neck)
The carotid arteries supply blood to your brain and run alongside your windpipe. This pulse point delivers the strongest, most easily detectable pulsation. Emergency responders prioritize this location during crises because the carotid artery is large, close to the heart, and remains palpable even when blood pressure drops significantly.
How to Measure:
- Place two fingers on the side of your Adam’s apple or voice box
- Slide fingers into the furrow between the windpipe and the neck muscle
- Press lightly in the groove beside the windpipe. Avoid hard pressure under the jaw (as this can trigger a vagal response that slows the heart rate.)
- Never push both sides at once, since that blocks blood flow to your brain
Important: Do not delay checking for a pulse if a person is not breathing and is not responding. Call 911 immediately and begin CPR.
3. Brachial Pulse (Upper Arm)
The brachial artery runs along the inner surface of your upper arm. This site becomes critical when taking blood pressure and for checking infant pulses. The brachial pulse gives accurate readings when peripheral pulses are weak or not palpable.
How to Measure:
- Extend the arm so that the palm faces upwards
- Find the soft spot on the inner arm above the crease of the elbow
- Press fingers lightly into the tissue between the bicep and tricep muscles
- Check for the pulsation about an inch above the bend of the elbow
- This technique is most successful in babies less than one year old
- For infants <1 year, check the brachial pulse for 5–10 s alongside breathing assessment
4. Femoral Pulse (Groin)
The femoral artery is the biggest pulse point on your leg. It is located deep within the groove of your groin where your torso and leg join. Doctors utilize this point to determine blood flow to the lower limbs.
How to Take It:
- Find the groove where the pelvis and thigh join
- Put two fingers in the center of this groove
- Press with steady, moderate pressure in the crease between the hip and groin; don’t occlude the artery
- You might have to press harder than at other pulse sites
- This site aids in evaluating leg blood flow in vascular assessments
5. Popliteal Pulse (Behind the Knee)
The popliteal artery passes through the posterior aspect of your knee. This pulse site lies deeper than most and needs to be palpated cautiously. It aids in evaluating lower leg and foot circulatory issues.
How to Measure:
- Bend your knee to 45 degrees while supine
- Put both thumbs on your kneecap for support
- Press your fingers firmly into the soft tissue behind your knee. It is useful for assessing circulation in the lower leg, particularly when checking for peripheral artery disease or after leg injuries.
- Press in the middle of the knee pit to check for the pulse
- You might need to press firmly because of the depth of the artery
6. Dorsalis Pedis Pulse (Top of Foot)
This artery passes across the top of your foot, across tendons. It is an important marker of proper blood supply to your feet. Your healthcare team examines this pulse to evaluate peripheral arterial disease risk.
How to Take:
- Take off your shoes and socks
- Find the top of the highest point on the top of your foot
- Put two fingers between the tendons that go to your big and second toes
- Press lightly while sliding fingers slightly until you feel the pulse
- This pulse may be normally weak or missing in certain healthy persons, such as older adults or individuals with obesity.
7. Posterior Tibial Pulse (Inner Ankle)
The posterior tibial artery lies behind your inner ankle bone. This site offers another evaluation point for lower limb circulation. It is used to complement dorsalis pedis checks for complete foot blood flow evaluation.
How to Measure:
- Find the bony bump on your inner ankle
- Put two fingers right behind and somewhat lower than this prominence
- Press gently in the direction of the ankle bone
- Take your pulse between the bone and the Achilles tendon
- This pulse will be weaker than the pulses in your arms or neck. Both the dorsalis pedis and posterior tibial pulses are checked together to assess overall foot circulation.
8. Temporal Pulse (Temple)
The temporal artery runs along your temple close to your eye. Its superficial position makes it easy to detect a pulse. It is helpful when arm pulses are not accessible or for some medical procedures.
How to Measure:
- Put your fingers on your temple between your eye and ear
- Feel along the side of your forehead above the cheekbone
- Press gently until you feel the rhythmic pulsation
- This pulse becomes more noticeable during exertion or stress
- Temporal artery assessment also diagnoses some inflammatory conditions
9. Apical Pulse (Chest)
The apical pulse is your heartbeat as you feel it on your chest wall. It is different from the other pulses because you hear this instead of feeling it. It is the best way to obtain an accurate heart rate, particularly for irregular beats.
How to Check:
- The fifth intercostal space (between the fifth and sixth ribs)
- Find where it’s a little left of the sternum, below the nipple line
- Put fingers or a stethoscope over this location
- Feel or listen for the heartbeat’s lub-dub sound
- Count each complete heartbeat cycle for a full minute
- This method proves most accurate for patients with atrial fibrillation, because irregular rhythms are best detected over a full minute to capture skipped or extra beats.
Note: If you are a layperson, consider only checking pulse through the radial and carotid arteries.
How to Choose the Right Pulse Point?
Mastering pulse assessment requires knowing where to feel, how to count, and what your findings mean. Different situations call for different approaches. Let’s explore the most reliable methods you can use anywhere:
Choosing the Right Pulse Point
Select your pulse point based on the situation and person you’re assessing. The radial pulse works best for routine self-checks and conscious patients. The carotid pulse serves emergency situations and unresponsive individuals. The brachial pulse remains ideal for infants and blood pressure measurements.
The Proper Palpation Technique
Use your index and middle fingers together for consistent pressure. Never use your thumb, which contains its own strong pulse. Apply gentle but firm pressure until you feel the rhythmic pulsation. Too much pressure can obliterate the pulse, while too little prevents detection. In people with low blood pressure, the pulse may be significantly harder to palpate and may require checking multiple sites.
Accurate Counting Methods
Count the number of beats you feel in 60 seconds for maximum accuracy. You can count for 30 seconds and multiply by two for a quick estimate. However, irregular rhythms require full 60-second counts to identify pattern abnormalities. Use a clock with a second hand or a smartphone timer for precision.
Tips to Measure Pulse Correctly
Achieving accurate pulse measurements requires attention to technique and timing. Small mistakes can lead to significantly incorrect readings. Following these professional tips ensures you get reliable results every time.
Create Optimal Conditions
Rest quietly for five minutes before measuring your resting heart rate. Avoid caffeine, nicotine, and exercise for at least 30 minutes beforehand. Sit comfortably with your arm supported at heart level. Ensure the room temperature is comfortable, as extreme cold or heat affects heart rate.
Perfect Your Finger Placement
Position your fingers perpendicular to the artery for best detection. Adjust pressure gradually until you feel the strongest pulsation. Keep your hand and arm still to avoid muscle movements interfering with counting. Practice on different pulse points to develop sensitivity.
Time Your Measurements Consistently
Check your pulse at the same time each day for comparable readings. Take your heart rate measurement right after you wake up, before you sit up or get out of bed. Your “resting heart rate” is how fast your heart beats when your body is completely relaxed and hasn’t done any physical activity. Take multiple readings and average them if you get varying results. Record the date, time, and any relevant circumstances with each measurement.
Focus During Counting
Eliminate distractions and concentrate fully on the pulsations. Use 30 s ×2 for regular rhythms; 60 seconds for irregular or if you’re unsure. Watch your timer simultaneously to ensure you count for exactly 60 seconds. If you lose count, wait a minute and start fresh rather than guessing.
Assess Beyond Just Rate
Note whether beats feel regular or irregular in timing. Evaluate whether the pulse feels strong and full or weak and thready. Compare pulses on both sides of your body for consistency. Any significant differences or irregularities warrant medical evaluation. If your pulse consistently feels weak, irregular, or if you notice unusual patterns over several days, seek medical advice.
Document Your Findings
Keep a pulse log with dates, times, rates, and any observations. Note factors that might influence readings, like stress, illness, or medication changes. Track trends over weeks and months rather than fixating on single readings. Share this documentation with your healthcare provider at appointments.
What Factors Affect Pulse Rate?
Different situations require adapted techniques. Age, responsiveness, and urgency all influence your approach. Understanding these variations ensures you can assess pulses accurately when it matters most. Here are some factors that you need to know to get an accurate pulse check.
Pulse Check in an Infant
Infants present unique challenges due to their small size and rapid heart rates. The brachial artery method works best for babies under one year old. Place two fingers on the inside of the upper arm between the elbow and shoulder. Infant heart rates typically range from 100 to 160 beats per minute. Count for a full 60 seconds, as their irregular patterns make shorter counts unreliable.
Pulse Check in an Unresponsive Victim
Emergency situations demand quick, decisive action. Check the carotid pulse on an unresponsive adult or child over one year old. Assess for no more than 10 seconds to avoid delaying CPR. You’re evaluating three critical components: presence, rate, and quality. If you feel no pulse or remain uncertain, begin chest compressions immediately.
Pulse Assessment During Exercise
Your exercise heart rate indicates workout intensity. Calculate your maximum heart rate by subtracting your age from 220. Moderate-intensity exercise should reach 50-70% of this maximum. High-intensity workouts push you to 70-85%. Check your pulse briefly during activity without stopping completely.
How many beats per minute for CPR?” (you listed it as a keyword but never answered plainly)
100–120 compressions per minute for adults, children, and infants.
The beat of “Stayin’ Alive” (~104 bpm) is a helpful guide.
- Add a one-line callout box in the CPR section:
CPR Compression Rate: 100–120 per minute (adult/child/infant). “Stayin’ Alive” is ~104 bpm.
Learn CPR to Check Pulse and Save A Life
Whether you are checking your child’s brachial pulse or assessing your exercise intensity, learning how to check your pulse equips you with essential health monitoring and life-saving skills. Remember that your pulse tells a detailed story about your cardiovascular health through its rate, rhythm, and strength. However, knowing how to check a pulse is only half the equation. If you encounter an unresponsive person with no detectable pulse, immediate CPR becomes critical. If someone is unresponsive and not breathing normally, call 911, check the correct pulse site for ≤10 s, and if no definite pulse, start CPR at 100–120/min until an AED arrives. Chest compressions at the proper rate can maintain blood flow to vital organs until emergency services arrive.
Join an online CPR course now and get the knowledge and confidence to act fast and save a life when it truly counts!
FAQs
1. What does it feel like when you check a pulse?
A pulse would be perceived as a rhythmical, consistent tapping or throbbing with your fingertips. The feeling would be different according to the pulse point, the individual’s blood flow, and the pressure you exert. For example, bigger arteries such as the carotid would have a more forceful sensation compared to smaller arteries such as the radial.
2. What if I detect skipped beats when I’m taking someone’s pulse?
It is common to observe skipped or irregular beats when checking someone’s pulse. But it may be a sign of arrhythmia or other cardiovascular problems if the individual experiences other symptoms such as dizziness or chest pain. If your irregular heartbeat is accompanied by chest pain, dizziness, or fainting, seek medical care immediately.
3. Is it possible to take a pulse with my thumb?
No, it is not advisable to use your thumb to take someone’s pulse. Your thumb also has a pulse, and this can influence the manner in which you sense the other person’s pulse. You should instead employ your index and middle fingers.
4. What are the components of a pulse check in an unresponsive victim?
Check responsiveness and breathing, then palpate the correct artery (carotid for adults/children, brachial for infants) for no more than 10 seconds. If no definite pulse is felt, begin CPR immediately.
5. What is the preferred method for pulse check in an infant?
Feel for the brachial pulse on the inside of the upper arm for 5–10 seconds while simultaneously assessing breathing. If no pulse or if uncertain, start CPR right away.
