Your dog’s respiratory rate is a key indicator of their overall health. Knowing the normal range and choosing the right monitoring method can help you spot early warning signs.





| Item | Key Points |
|---|---|
| Measurement method | While resting/sleeping, count the rise and fall of the flank for 15 seconds ×4 or for 1 minute |
| Normal range | 10–30 breaths when awake, between 10–30 breaths during sleep |
| Recording | Note it with the date and look at the trend over several days rather than a single daily value |
| Warning signs | Sustained 30+ breaths at rest or an increasing trend → consult; heaving chest, open-mouth breathing → go to the clinic immediately |
| Caution | Monitoring is not a substitute for diagnosis; consult your veterinarian for interpretation |
This is not a table recommending specific products or devices, but rather key points to reference for home management. Always consult your veterinarian regarding the interpretation of measurements and treatment decisions.
Caution: Visit the Vet Immediately If Respiratory Rate Is Abnormal
If your dog’s resting or sleeping respiratory rate consistently exceeds 30 breaths per minute, or if they are panting, breathing with their mouth open, or struggling to breathe, it is best to visit the vet as soon as possible. This type of respiratory distress is considered a true emergency in dogs and may signal serious conditions such as heart or respiratory diseases. Delaying treatment can be dangerous, so it is safest to bring a record of the respiratory rate you measured at home and seek prompt veterinary care.


A veterinarian who majored in veterinary medicine at Khon Kaen University, Thailand, and completed the IVSA program at North Carolina State University in the United States. Drawing on clinical experience at animal hospitals, he works in the pet healthcare field and is dedicated to building a digital care environment that connects pet parents with veterinarians.
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[1] Advanced Monitoring for Small Animal Emergency and Critical Care, 2nd Ed, 2023
[2] Lumb, A.B. (2017). Oxygen. In: Nunn’s Applied Respiratory Physiology, 8e, 169–202. Elsevier.
[3] Farrell, K. (2023). Pulse Oximetry and Co-Oximetry. In: Advanced Monitoring for Small Animal Emergency and Critical Care, 2nd Ed, 327–346.