Dog Hearing Range Explained Simply

Written by
Robert Brown
Reviewed by
Prof. Henry Webster, Ph.D.Dogs can hear up to 60kHz, which is triple the developmentally expected upper range of 20kHz for human listening to sound.
Breeds that are known to have enhanced hearing such as Border Collies have special internal ear designs that allows them to detect the quietest sounds.
While older dogs are the first to notice the loss of high frequency hearing it can be helpful to later switch to visual commands.
A well-made dog whistle would be rated between 23 and 54kHz. Safe levels which are not painful for a dog can be provided, as dogs can hear beyond 60kHz.
Canines are often harmed by fireworks; they should be put in white noise sound protection during fireworks.
Floppy eared dogs can also hear quite well, contrary to the myths, Basset Hounds can hear 40kHz sounds.
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Your dog goes ears-a-perk because it hears something you can't. Why? Because this is the phenomenal world of the dog's hearing range. Dogs hear from 40 Hz to 60 kHz. We humans? We hear from 20 Hz to 20 kHz. That ultrasonic whistle that sends our pooch scurrying? Ours is a silent sound in our world.
Your dog's sense of hearing also explains why the jingles of car keys make your dog fly to the door before you ever see the car leaving. Your dog can hear dog whistles that you can't even perceive ... so use this knowledge to train your pooch too. Save your sensitive buddy's ears from LOUD noises. Create a safer surrounding by using your dog's natural abilities!
Protecting Canine Hearing
Everyday noises, from the crack of fireworks to the whir of blenders and power tools, can injure sensitive canine ears. Even hair dryers are harmful. Breeds prone to deafness, such as Dalmatians, may benefit from additional protection against these seemingly innocuous culprits.
Keep your dog's ears clean. To help prevent infections that could affect his hearing in the long term, clean his ears monthly using a cleanser approved by your veterinarian. Squeeze drops into the ear canal. Hold the ear flap and move it back and forth a few times. Wipe away debris at the flap or base with a cotton ball. Never use cotton swabs deep inside the ear.
Watch for signs of hearing trouble. Your dog ignores commands once known. They sleep through doorbells. They cannot wake when called. Likewise, they get startled from the side. They shake their heads, scratch, and rub their ears against furniture, the floor, and you. Such changes in habit responses suggest damage affecting hearing.
Prevention starts with breeding. For floppy-eared breeds like Cocker Spaniels, keep the dog's ears dry and maintain proper ear hygiene to prevent infections. Working breeds, such as German Shepherds, are prone to exposure to machinery noise. All dogs could use a bit of white noise when storms roll through and an annual check to see if they can hear you say "treat."
Age-Related Hearing Changes
Aging dogs tend to lose their hearing for high-frequency sounds first, and this usually begins to occur when the dog reaches the ages of five to eight years; it becomes more difficult for the dog to hear high-pitched sounds such as whistles, and then other sounds that are mid-range in frequency, and eventually low-frequency sounds; German shepherds and miniature poodles in particular seem to be predisposed to develop this problem.
Changes in behaviour indicating hearing impairment: Your dog may ignore you when giving a command he always obeyed willingly. He may be unaware of the doorbell ringing or the smell of food cooking. He may be startled by you suddenly moving towards him, not hearing you approach. He is slowly becoming deaf.
Modify your communication as he hears less. Use hand signals instead of verbal cues. Use light flashes instead of verbal commands. Use patterns of vibrations for specific alerts. These visual and tactile methods will help your senior dog stay engaged.
Protect your remaining hearing from loud noises and barking. Book regular vet checks and keep your ears clean and infection-free. For breeds susceptible to deafness, start regular checks as early as possible. Taking simple steps like this allows dogs to enjoy a high quality of life well into their golden years.
Early Signs (5-8 years)
- Initial high-frequency loss: Reduced sensitivity to sounds above 12 kHz affects response to whistles
- Behavioral changes: Occasional ignoring of commands, increased startle reflex when approached silently
Progressive Decline (8-12 years)
- Mid-range frequency loss: Difficulty hearing common sounds like doorbells or food bag rustling
- Compensation behaviors: Increased reliance on visual cues, more frequent head-tilting during interactions
Advanced Stage (12+ years)
- Broad-spectrum impairment: Significant reduction across all frequencies, especially above 8 kHz
- Safety concerns: Unresponsiveness to alarms or warnings requiring environmental adaptations
High-Risk Breeds
- German Shepherds: Often show first signs by age 7 due to genetic predisposition
- Miniature Poodles: Prone to early onset hearing loss requiring annual vet monitoring
Management Strategies
- Visual commands: Replace verbal cues with hand signals for reliable communication
- Environmental adjustments: Use vibration collars and lighted doorbells to compensate for hearing loss
Dog Whistles Science
These produce sounds in the ultrasonic range of 23-54 kHz, which is far above the limit of human hearing at 20 kHz. Your dog can hear these high-pitched sounds perfectly well... The whistle emits a distinct signal that only the dog can hear, making it perfect for calling without disturbing people.
Use whistles to facilitate training recalls. A sharp, high blast means return, and the shorter sound halts unnecessary barking; the blast grabs their attention instantly and serves as a neutral signal not tied to your state of mind.
A note about safety with ultrasonic devices: quality whistles are low enough in decibels (under 85) so that they don't harm your ears. However, it's essential to test the volume at various distances, starting with your finger, during shorter training sessions. Please don't blow it directly into your dog's ears, and everyone wins.
Whistling has its limitations. Senior dogs often lose their high-frequency hearing fairly early in life. At the same time, breeds that are more prone to deafness, such as Dalmatians, might not respond to whistles at all. For these dogs, consider switching to vibration collars or using simple hand signals to communicate. Always keep in mind that we are talking about your dog here.
Frequency Range
- Ultrasonic operation: Emits sounds between 23-54 kHz, above human hearing limit of 20 kHz
- Breed variation: Most dogs detect up to 45-60 kHz, making whistles clearly audible to them
Training Applications
- Recall reinforcement: Consistent high-frequency signal trains dogs to return without verbal commands
- Behavior correction: Interrupts unwanted actions like barking or chasing with neutral sound cue
Safety Considerations
- Volume control: Properly calibrated whistles operate below 85 dB to prevent discomfort
- Distance effectiveness: Signals carry farther than human voice, useful for large outdoor areas
Effectiveness Factors
- Age impact: Senior dogs may not hear frequencies above 20 kHz due to age-related hearing loss
- Breed limitations: Breeds with congenital deafness (e.g., Dalmatians) show reduced response
Alternative Tools
- Vibration collars: Provide tactile feedback for hearing-impaired dogs
- Visual markers: Flags or hand signals supplement or replace auditory cues when needed
Breeds With Best Hearing
Border Collies are among the top when it comes to hearing, able to hear frequencies as high as 60 kHz. Their large semi-pricked ears can rotate us to 270 degrees; this is how distant sheep can be heard whistling! Slightly wider than the average dog, by as much as 15%, they're known as excellent hearing companions.
German Shepherds hear exactly up to 55 kHz and even have directional perception. As piercing as human voices, their erect ears amplify sound as well. Police forces use this breed since they hear criminals' sounds the soonest. They hear up to 20% less sound than security-breed dogs.
Labrador retrievers have the ability to hear sounds as high as 40 kilohertz, even with their floppy ears. The pendulous nature of their ears helps channel sounds from below: all this makes them perfect hearing dogs; they can alert their owners to door bells and alarms through filtering rather better than we can.
Breed hearing ranges differ. Border Collies hit 60 kHz. Cocker Spaniels reach the same frequency despite having floppy ears; German Shepherds peak at 55 kHz. Labs lag at 50 kHz. Australian Cattle Dogs reach 50 kHz on rugged terrain. Different dogs serve specific environments.
Border Collie
- Frequency range: 40 Hz to 60 kHz (highest among breeds)
- Ear advantage: Large semi-pricked ears provide 270° sound localization
- Practical use: Excels in herding by detecting distant whistle commands
- Comparative edge: 15% wider range than average dogs
German Shepherd
- Frequency range: 40 Hz to 55 kHz with precise directional accuracy
- Ear advantage: Fully erect pinnae act as natural sound amplifiers
- Practical use: Preferred for detection work identifying faint noises
- Comparative edge: Detects sounds 20% quieter than other breeds
Labrador Retriever
- Frequency range: 40 Hz to 50 kHz at low volumes
- Ear advantage: Pendulous ears funnel ground-level sounds effectively
- Practical use: Ideal hearing-assistance dogs alerting to household sounds
- Comparative edge: Identifies specific sounds in noisy environments
Cocker Spaniel
- Frequency range: 40 Hz to 60 kHz despite long floppy ears
- Ear advantage: Dense ear leather filters background noise effectively
- Practical use: Expert game bird hunters detecting faint rustling
- Comparative edge: Maintains sensitivity in wet conditions
Australian Cattle Dog
- Frequency range: 40 Hz to 50 kHz in rugged terrain
- Ear advantage: Pricked forward-facing ears capture distant sounds
- Practical use: Herding cattle using long-range whistle commands
- Comparative edge: Sustained focus on moving sound sources
Dog Hearing vs Human Hearing
Your dog's hearing extends in the other direction of the scale, too, at least 40 Hz to 60 kHz; human hearing tops out at 20 kHz. Your pet hears sounds that are well above the reach of your ear, such as high-pitched secret communications among furry friends. This leg-up from high-frequency hearing gives your pet a sensory edge, too!
Dogs hear quieter sounds than we do. They hear 5-15 decibels less than our ears can hear. That's why your dog often hears a distant rumble of thunder before you do. Their ears have evolved to detect quiet movements in the grass.
Ear mobility is a great advantage for direction. Your dog's ears can rotate independently of each other, utilizing 18 muscles attached to each ear. We have only six muscles in our ears altogether! This allows your dog to pinpoint a squirrel making noises in the bushes long before he sees it.
Evolution shaped this hearing advantage. Dogs have evolved the ability to detect ultrasonic sounds, which helps them hunt small prey, such as rodents. Humans evolved hearing that is particularly sensitive to speech stimuli below 8 kHz, which enables us to communicate effectively. Similarly, your dog's hearing evolved to aid survival tasks, and yours to focus on communication.
5 Common Myths
Dogs can hear every sound humans hear and more, making them perfect listeners in all situations.
While dogs detect higher frequencies than humans, they actually miss sounds below 40 Hz that humans can hear. Their hearing isn't universally superior - low-frequency sounds like distant thunder rumbles are often clearer to human ears. This misconception persists because people notice dogs reacting to high-pitched sounds we can't detect, leading to overestimation of their auditory range.
Dogs that have floppy ears, such as the Basset Hound, can have a considerably poorer hearing ability than dogs with pointy ears.
The shape of the ear can affect localization of sound but not the sensitivity of hearing. Breeds that have hanging, floppy ears quite often have structure such as the inner ear, to help make up for this generalized loss - Basset Hounds can still detect sounds at frequencies between 35 and 40 kHz, which is comparable to many other breeds. The misconception remains that dogs are unable to hear as well or sound is diminished even though ears that hang and flop do help filter out sound, including background noise. One reason people often assume hearing capability is based on ear sight rather than researching hearing performance.
Dog whistles inflict physical pain to dogs' ears and should not be used as a form of training.
A properly used dog whistle will produce a noise that is under 85 dB and within a dog's natural hearing range. Ultrasonic frequencies (23-54 kHz) cause some discomfort, but only with excessively loud ferquerencies, which is not usually the typical use. This myths was probably given rise to in association with high frequency whistles and discomfort, but criterious veterinary studies do find there is unequivocally no pain associated with correctly used whistles and appropriate distance.
Every senior dog will be deaf; this is true for all breeds.
Hearing loss shows a lot of breed and care variability. Many dogs show relatively high-frequency loss as they age, while breeds like Border Collies typically maintain good hearing into their teens, compared to congenital breeds (for example, Dalmatians, to name just one breed). The reason that this myth persists is that most people are confusing congenital deafness (when the puppy is just young) with the process of hearing loss in aging, and the differences between dogs and breeds with respect to aging, dogs are not all universal.
Through training or special devices, humans might develop hearing abilities close to a dog.
However, biologically, we do not have the capability to match the hearing of dogs. Our cochleae cannot process frequencies above 20 kHz, while dogs can detect frequencies up to 60k Hz. Even with amplification, humans simply do not have the specialized musculature in their ears and neural pathways to make them able to LOCALIZE sounds better than dogs. This myth continues to persist because of a misunderstanding of the physiological differences between species.
Conclusion
Your dog hears incredibly well compared to you - capable of hearing ultrasonic sounds up to 60 kHz, whereas you are limited to 20 kHz. Your dog hears faint sounds up to several miles away. It is easy to understand how astonishing its hearing is when you consider how much more information the dog receives through its ears than you do.
Your dog's ears are truly remarkable. To protect them, steer clear of fireworks, power tools, and other loud noises. Use a vet-approved ear cleaning solution once a month. Play white noise when there is thunder. Ask your vet about hearing issues in senior dogs. These simple steps will help preserve the gifts they were born with for years to come!
Remember, breed differences are important. The floppy-eared breeds tend to need drier conditions. The pointy-eared breeds require careful monitoring of noise levels. The seniors will benefit from visual commands across the board. Adapt care, without favoring one breed over another, by considering the strengths each breed has in hearing.
Relish how your dog hears. The world is a different place with the connection to you felt through their ears. There's that delightful head tilt, with downward-tilted ears, as you speak, and the flight of glee when your car turns into the driveway.
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Frequently Asked Questions
How does a dog's hearing range compare to humans?
Dogs detect frequencies between 40Hz-60kHz, far beyond human capabilities (20Hz-20kHz). This allows them to hear ultrasonic sounds like dog whistles and rodent communications that are completely inaudible to us. Their specialized ear anatomy provides superior sound detection and localization.
What happens to a dog's hearing as they age?
Senior dogs typically lose high-frequency hearing first, starting around 5-8 years old. Breed impacts progression - Border Collies maintain hearing longer than Dalmatians. Signs include delayed response to commands and increased startle reflex. Switch to visual cues helps maintain communication.
Are ultrasonic devices safe for dogs?
Properly calibrated ultrasonic devices operate safely within dogs' natural hearing range (23-54kHz) at volumes below 85dB. These don't cause pain when used correctly, though effectiveness varies by breed and individual sensitivity. Always follow veterinary recommendations for training applications.
Which dog breeds have the most sensitive hearing?
Breeds with exceptional hearing include:
- Border Collies: Detect sounds up to 60kHz with wide sound localization
- German Shepherds: Precise directional hearing up to 55kHz
- Labrador Retrievers: Excellent at filtering background noise
- Cocker Spaniels: Maintain sensitivity in wet conditions
How can I protect my dog's hearing?
Effective protection strategies include:
- Using white noise during fireworks/loud events
- Limiting exposure to power tools and machinery
- Regular vet-approved ear cleaning
- Switching to visual commands for senior dogs
- Avoiding sustained loud noises above 85 decibels
Do dogs hear household electronics?
Yes, dogs can detect high-frequency emissions from electronics like TVs and chargers that humans cannot hear. These ultrasonic sounds typically register between 20-60kHz within dogs' hearing range. Reactions vary from curiosity to anxiety depending on pitch and volume.
How do floppy-eared breeds hear compared to pointed-eared dogs?
Ear shape affects sound localization but not sensitivity. Breeds like Basset Hounds compensate for floppy ears with enhanced inner ear structures, detecting frequencies up to 40kHz. Their pendulous ears actually help filter background noise, making hearing effective in different environments.
Can dogs understand human speech through their hearing?
Dogs recognize familiar words and tones rather than understanding language. Their hearing allows them to distinguish emotional cues and frequently used commands best. They respond more to consistency in tone and syllable patterns than complex sentences due to auditory processing differences.
What sounds are most painful or uncomfortable for dogs?
High-intensity sounds cause discomfort including:
- Fireworks and explosions (sudden, loud bursts)
- Power tools at close range (sustained high decibels)
- Ultrasonic devices at excessive volumes
- High-pitched alarms and sirens
- Sustained loud music with heavy bass
How far away can dogs detect sounds?
Under ideal conditions, dogs can detect familiar sounds up to a mile away. This exceptional distance detection stems from their ability to hear frequencies four times higher than humans and pinpoint faint sound sources through specialized ear mobility and neural processing.