Why Your Horse’s Veterinarian and Farrier Need to Work Together

By Dr Duncan Houston

Hoof problems sit at the intersection of medicine, anatomy, biomechanics and skilled practical hoof care.

Your veterinarian may determine which structure is painful and diagnose the underlying disease. Your farrier then has to translate that information into a trim, shoe, boot, pad or other mechanical plan that can actually be applied to the horse standing in front of them.

When communication is good, both professionals work towards the same clinical goal. When communication breaks down, the owner may receive conflicting instructions, treatment changes may be made without the full history and the horse can end up caught in the middle of a professional tug-of-war.

The horse, unsurprisingly, has no interest in anyone’s ego. It just wants the foot to stop hurting.

Quick Answer

Your veterinarian and farrier should work together whenever a hoof problem involves pain, lameness, disease, major hoof distortion or therapeutic shoeing.

The veterinarian’s role is to examine the whole horse, localise pain, interpret diagnostic imaging, diagnose disease and manage medical treatment. The farrier contributes detailed practical knowledge of hoof preparation, shoeing, protection and how different mechanical options can be applied. The best plan combines both forms of expertise, with the owner coordinating records, appointments and daily monitoring. (PubMed)

Not every routine trim requires a joint vet-farrier appointment. A sound horse with healthy feet can usually receive routine care directly from an experienced farrier. Collaboration becomes particularly important when the horse is lame, the diagnosis is uncertain or the hoof-care plan is being used as part of medical treatment.

Why Is Hoof Care a Team Job?

The external hoof capsule provides only part of the picture.

A farrier can assess hoof-wall growth, wear patterns, heel position, sole quality, frog health, white-line integrity and how the foot behaves during trimming and shoeing. However, the structures responsible for pain may be hidden within the hoof capsule and may include:

• The distal phalanx, also called the coffin bone or P3

• The navicular bone and navicular bursa

• The deep digital flexor tendon

• The distal interphalangeal joint

• Collateral ligaments

• The laminae

• The digital cushion and associated soft tissues

• Subsolar infection, keratoma or bone sequestrum

Some of these problems cannot be reliably distinguished by looking at hoof shape alone. A veterinary lameness examination, diagnostic nerve blocks and imaging may be required before anyone can decide what mechanical change is appropriate. Radiographs are useful for bone and hoof-capsule relationships, while MRI may reveal injuries to tendons, ligaments, joints and other soft tissues that are not visible on routine radiographs. (Center for Equine Health)

At the same time, trimming and shoeing are not cosmetic details added after the “real” veterinary work is finished.

Research has demonstrated that trimming can significantly change hoof dimensions and the relationship between the hoof capsule and the distal phalanx. A study comparing six farriers found significant differences between farriers for most measured hoof parameters, as well as differences between consecutive trims performed by the same farrier. This does not mean that one trim was automatically right and another wrong. It demonstrates how much practical influence the person working on the foot has over its resulting shape and balance. (PubMed)

Different shoe designs can also change aspects of breakover and hoof movement, although the effects may be modest and depend on gait, surface and the individual horse. That is precisely why a generic instruction such as “shorten the toe and support the heel” is not a complete treatment plan. (PubMed)

What Does the Veterinarian Do?

The veterinarian’s responsibilities may include:

• Taking the medical and lameness history

• Examining the horse standing and moving

• Assessing the limbs, hooves and digital pulses

• Using hoof testers where appropriate

• Performing diagnostic nerve or joint blocks

• Obtaining and interpreting radiographs

• Recommending ultrasound, CT, MRI, scintigraphy or PET when indicated

• Diagnosing the source of pain or disease

• Investigating metabolic or endocrine contributors

• Prescribing medication

• Treating infection

• Performing surgery or other medical procedures

• Establishing rehabilitation restrictions

• Monitoring whether the condition is improving or deteriorating

The veterinary question is usually:

Which structure is painful, what disease process is occurring and what must be protected or treated?

A hoof may appear long-toed or low-heeled, but that observation alone does not prove that the hoof shape is the primary cause of lameness. Conversely, a neat-looking hoof can still contain a deep digital flexor tendon injury, navicular-bone lesion, coffin-joint disease or early laminitis. Veterinary examination connects the appearance of the foot to the horse’s clinical signs. (MSD Veterinary Manual)

What Does the Farrier Do?

The farrier’s responsibilities may include:

• Assessing hoof growth, wear and distortion

• Trimming the hoof capsule

• Preserving appropriate sole and frog tissue

• Balancing the foot for the individual horse

• Designing, modifying and applying shoes

• Fitting hoof boots, pads, casts or therapeutic appliances

• Adjusting breakover

• Providing heel, sole or frog support when appropriate

• Protecting damaged hoof wall

• Managing nail placement

• Monitoring changes between hoof-care cycles

• Reporting unexpected defects, discharge, separation or sensitivity

• Advising whether a proposed mechanical plan is practical and sustainable

The farrier’s question is usually:

How can the hoof be prepared and protected so that the clinical goal can be achieved safely?

An experienced farrier may also be the first person to notice a subtle white-line separation, unusual growth ring, recurrent defect, abnormal wear pattern or change in heel structure. White-line disease, for example, is frequently first identified during routine farrier care. The discovery should then trigger appropriate assessment of its depth, extent and possible underlying causes rather than simply being treated as a dirty gap in the hoof wall. (AAEP)

What Is the Owner’s Role?

The owner is not merely the person paying two invoices.

The owner provides information that neither professional can obtain from a single appointment, including:

• When the lameness began

• Whether it is worse on particular surfaces

• How the horse responds after trimming or shoeing

• Whether digital pulses change

• Whether the horse is reluctant to turn

• Exercise and competition demands

• Previous hoof problems

• Medication use

• Diet, body condition and pasture access

• Metabolic disease history

• Whether shoes are being lost

• Whether cracks or separations are progressing

• Whether the horse is improving between appointments

The owner is also responsible for ensuring that both professionals receive the same information.

A vet should not be working from one version of the history while the farrier is working from another. Therapeutic hoof care becomes considerably less therapeutic when the owner is acting as a slightly bewildered carrier pigeon between two WhatsApp conversations.

Does the Veterinarian Tell the Farrier Exactly What Shoe to Use?

Not necessarily.

A productive model is:

1. The veterinarian identifies the diagnosis or most likely pain source.

2. The veterinarian explains which structures need protection, unloading, support or altered mechanics.

3. The farrier evaluates the hoof, available wall, sole depth, limb conformation and practical options.

4. Both discuss the advantages and limitations of possible approaches.

5. The farrier applies the agreed strategy.

6. The horse’s comfort and movement are reassessed.

7. The plan is adjusted according to the clinical response.

Clinical reviews of therapeutic farriery emphasise cooperation rather than one professional working independently. A veterinary teaching-hospital farrier described the value of receiving a diagnosis and treatment goal while retaining the ability to discuss technical or application concerns directly with clinicians. This reduces the risk of a medical objective being lost during practical implementation. (PubMed)

A veterinarian who simply sends the message “put on a heart-bar shoe” without explaining the diagnosis, radiographic findings and intended mechanical goal has not provided the farrier with enough context.

Equally, a farrier should not independently decide that a horse has navicular disease, laminitis or a deep tendon injury solely from hoof appearance.

The strongest arrangement is not:

Veterinarian gives orders and farrier obeys.

It is:

Veterinarian establishes the clinical diagnosis and treatment objectives. Farrier develops and applies a practical mechanical strategy within those objectives. Both monitor the result.

Does Collaboration Guarantee Faster Healing?

There are strong professional and clinical reasons for collaboration, but it is important not to overstate the evidence.

Most published support comes from clinical reviews, disease-management guidance and specialist veterinary-hospital models. There are not robust trials that assign horses to “good teamwork” or “poor teamwork” and then measure exact recovery times.

Good collaboration can reasonably be expected to reduce contradictory interventions, duplicated work and avoidable delays. It cannot guarantee that a damaged tendon will heal faster or that a severe laminitic horse will recover. Outcome still depends on the diagnosis, disease severity, treatment timing, hoof structure, owner compliance and the individual horse. (PubMed)

When Is Vet-Farrier Collaboration Most Important?

Laminitis

Laminitis is one of the clearest examples of why both professionals are needed.

The veterinarian must assess:

• The severity of pain

• Whether the distal phalanx has rotated or sunk

• Sole depth

• Coronary-band changes

• Endocrine or metabolic disease

• Sepsis or systemic inflammation

• Supporting-limb overload

• Pain medication

• Dietary management

• Whether hospitalisation is required

The farrier may then provide mechanical support, alter load distribution, protect the sole and modify the hoof as it grows.

Radiographs can guide trimming and support by showing the relationship between the distal phalanx, hoof wall and sole. However, the radiographs must be interpreted alongside the horse’s comfort and clinical progression. Laminitis management is specifically described as dependent on cooperation between the owner, veterinarian and farrier. (Center for Equine Health)

In acute laminitis, the veterinarian should be contacted before routine corrective trimming is started. The first priority is controlling pain, investigating the cause and preventing further lamellar damage. Aggressive trimming based only on an external hoof shape can remove tissue the horse urgently needs.

Palmar Foot Pain and Navicular Syndrome

“Navicular” is often used as though it describes one simple disease involving one bone.

In reality, pain in the back half of the foot can involve the navicular bone, navicular bursa, deep digital flexor tendon, distal interphalangeal joint, collateral ligaments and other structures. Horses can have important soft-tissue injuries even when radiographs do not show dramatic navicular-bone changes. Diagnostic analgesia and advanced imaging may therefore be required to identify what is actually injured. (MSD Veterinary Manual)

Once the lesion has been identified, the vet and farrier can discuss:

• Breakover

• Heel support

• Hoof-pastern alignment

• Sole protection

• Shoe or boot selection

• Exercise restrictions

• Surface management

• Recheck timing

There is no single “navicular shoe” that suits every horse with palmar foot pain. A shoe that helps one lesion may not be ideal for another.

Thin Soles and Recurrent Bruising

A horse may repeatedly become sore after shoe loss, trimming or work on firm ground because the sole is thin or lacks sufficient protection.

Radiographs can help assess sole depth and the position of the distal phalanx. This information allows the team to determine how much hoof can safely be removed and whether the horse requires:

• Pads

• Hoof boots

• Pour-in materials

• Glue-on protection

• A different shoe

• Reduced work

• A longer period for sole growth

Standardised radiographic positioning is important when measurements will guide hoof care or be compared over time. Poorly positioned images can make angles and distances appear different when the hoof itself has not meaningfully changed. (PubMed)

White-Line Disease, Hoof Cracks and Wall Defects

Minor superficial separation may be managed through trimming, hygiene and correction of mechanical stress.

More extensive disease may require the veterinarian to investigate:

• Laminitis

• Deep infection

• A keratoma

• Distal-phalanx involvement

• Hoof-wall instability

• Foreign material

• Recurrent abscessation

• Metabolic disease

The farrier may need to remove undermined wall, stabilise the remaining hoof capsule and apply a shoe or support system that protects the defect while allowing treatment access.

A recurring draining tract or abscess in the same location should not be repeatedly treated as bad luck. A distal-phalanx sequestrum, keratoma or another deeper lesion may require imaging and surgical treatment. (MSD Veterinary Manual)

Tendon and Ligament Rehabilitation

Changes in breakover, heel elevation, support and traction may alter how forces move through the distal limb.

These changes must be matched to the diagnosed injury and the stage of rehabilitation. A mechanical strategy that is useful during the painful early phase may not remain appropriate throughout the entire recovery.

Shoe design can alter hoof movement, but studies show that the magnitude and timing of these effects vary with gait and the individual design. This is another reason to monitor the actual horse instead of assuming that a particular shoe name guarantees a particular biomechanical outcome. (PubMed)

Foal Limb Deformities

Angular and flexural limb deformities in foals can change rapidly as the foal grows.

The veterinarian may assess the growth plates, joints, tendons and underlying cause. The farrier may use careful trimming, extensions or other mechanical support. Timing is critical because the available growth window becomes smaller as the foal matures.

These cases should not be managed by repeatedly trimming the hoof towards what looks straight without considering the limb above it.

Postoperative and Severe Injury Support

Farriery may form part of treatment following:

• Hoof-wall surgery

• Keratoma removal

• Deep puncture debridement

• Tendon surgery

• Fracture repair

• Severe unilateral limb injury

• Hoof-capsule damage

The affected foot may require a hospital plate, cast, boot or specialised appliance. The opposite limb may also require proactive support because prolonged overload can contribute to supporting-limb laminitis. (MSD Veterinary Manual)

Why Are Radiographs Useful to the Farrier?

Radiographs allow the team to see the relationship between the external hoof capsule and structures hidden inside it.

Depending on the views obtained, radiographs may help assess:

• Sole depth

• Dorsal hoof-wall thickness

• Distal-phalanx alignment

• Palmar or plantar angle

• Rotation or sinking associated with laminitis

• Medial-lateral balance

• Bone changes

• Gas or separation within the hoof

• Keratoma-associated bone remodelling

• Foreign-body penetration

• The location of breakover relative to the distal phalanx

A standardised radiographic technique can provide repeatable measurements from lateromedial and dorsopalmar views. This is particularly important when small apparent changes may influence trimming or when serial images are being compared. (PubMed)

Radiographs Are Not a Complete Lameness Examination

Radiographs show anatomy and structural change. They do not directly show which structure is painful.

A horse may have radiographic changes that are incidental and unrelated to the current lameness. Another horse may have severe pain from a tendon or ligament lesion that is invisible on routine radiographs.

Veterinary examination, diagnostic analgesia and sometimes ultrasound, MRI, CT or other imaging are required to place radiographic findings into clinical context. Radiography remains particularly useful for bone, while MRI provides more complete assessment of many soft-tissue structures within the foot. (Center for Equine Health)

Should the Farrier See the Radiographs?

Yes, when the images are being used to guide hoof care.

The veterinarian should explain the clinical interpretation, relevant measurements and treatment goal. The farrier should then review the images and contribute practical mechanical observations.

Sending a cropped photograph of one radiograph without identifying the foot, projection, date or whether it was taken before or after trimming is not ideal communication. The team should receive:

• Horse identification

• Limb and foot

• Date

• Projection

• Whether the horse was shod

• Whether the image was taken before or after trimming

• Relevant measurements

• Veterinary interpretation

• The proposed clinical objective

The farrier does not need a radiology lecture. They do need enough accurate information to understand what the hoof-care plan is trying to achieve.

Does Every Horse Need Hoof Radiographs?

No.

Routine radiographs are usually unnecessary for a sound horse with healthy feet receiving ordinary trimming or shoeing.

Radiographs become more valuable when there is:

• Laminitis

• Major hoof distortion

• Thin soles

• Chronic foot pain

• Previous distal-phalanx displacement

• Significant medial-lateral imbalance

• Recurrent abscessation

• A hoof-wall mass or defect

• A penetrating injury

• A plan for substantial corrective or therapeutic hoof care

• An unexpected lack of improvement

The decision should be based on whether the images are likely to change management.

What Does a Good Joint Appointment Look Like?

1. The Horse Is Assessed Before the Feet Are Changed

Where possible, the veterinarian and farrier should observe:

• The horse standing

• Hoof and limb conformation

• Walking in a straight line

• Turning in both directions

• Movement on relevant surfaces

• Existing shoes and wear patterns

Once the shoes are removed and the hoof is trimmed, some useful information about the previous mechanical state has disappeared.

2. The Pain Source Is Localised

If the horse is lame, the team should avoid assuming that the most visually unusual hoof is automatically the painful one.

The veterinarian may need to use:

• Hoof testers

• Flexion tests

• Diagnostic nerve blocks

• Joint or bursal blocks

• Radiographs

• Ultrasound

• Advanced imaging

The hoof-care plan should follow the diagnosis rather than replace it.

3. A Specific Goal Is Agreed

Useful goals include:

• Protect the sole

• Reduce leverage at breakover

• Support a hoof-wall defect

• Improve comfort during the acute phase

• Reduce excessive loading of a painful region

• Stabilise the hoof after surgery

• Allow access to a wound

• Maintain sufficient traction without excessive grip

• Preserve horn while the hoof grows

“Fix the foot” is not a treatment objective.

4. The Farrier Explains the Practical Options

There may be several reasonable ways to pursue the same goal, including:

• A modified trim

• A conventional shoe

• A bar shoe

• A composite or glue-on shoe

• A clog

• Hoof boots

• Pads

• Impression material

• A hospital plate

• A cast

• Temporary frog or sole support

The choice depends on the available hoof wall, sole quality, horse behaviour, environment, cost, workload and the farrier’s experience with the system.

5. The Horse Is Reassessed After the Change

Where appropriate, watch the horse move again.

Ask:

• Is the horse more comfortable?

• Is turning easier?

• Has stride length improved or worsened?

• Is the horse stable in the new appliance?

• Is there unexpected pressure?

• Does the mechanical change match the agreed goal?

Immediate improvement is encouraging but does not prove that the underlying disease has been cured. Some problems require days or weeks before the full response can be judged.

6. The Plan Is Documented

Record:

• What was applied

• Why it was selected

• Trim and shoeing date

• Exercise restrictions

• Medication

• What the owner should monitor

• When to report a problem

• Recheck date

• When radiographs should be repeated

• What would trigger an earlier review

This prevents everyone from trying to reconstruct the plan from memory six weeks later.

How Soon Should the Horse Be Rechecked?

The timing depends on the condition.

Acute or Unstable Case

A horse with acute laminitis, a deep puncture, postoperative hoof defect or rapidly changing pain may require reassessment within hours or days.

Therapeutic Shoeing Case

Initial comfort and stability should be reviewed promptly. The team may want updates over the first 24 to 72 hours, followed by a formal review according to the diagnosis.

Chronic Rehabilitation Case

The horse may be reassessed at the next planned hoof-care cycle, with earlier review if lameness, digital pulses or hoof distortion worsen.

Routine Preventive Care

A sound horse usually does not require veterinary examination at each trim. Regular farrier care and owner monitoring may be sufficient unless something changes.

The important rule is that therapeutic hoof care should not be placed and then ignored until the shoe falls off or the next appointment appears on the calendar.

What If Your Veterinarian and Farrier Disagree?

Disagreement does not automatically mean that one professional is incompetent.

Hoof mechanics are complex, scientific evidence is incomplete and several techniques may reasonably pursue the same goal. The veterinarian may be focused on protecting a diagnosed structure, while the farrier may be concerned that the requested appliance cannot be applied safely to the available hoof.

The first step is to bring them into the same conversation.

Ask Each Professional to Explain:

• What they believe the diagnosis is

• Which structure they are trying to protect

• What mechanical goal they recommend

• Why they believe the approach will help

• What risks the approach creates

• How success will be measured

• How long the trial should last

• What would cause the plan to be changed

Separate Diagnosis From Technique

The veterinarian may be correct about the diagnosis but unfamiliar with every practical farriery option.

The farrier may have an excellent alternative way to achieve the desired mechanical effect but should not change the medical diagnosis.

Agreement on the goal may matter more than agreement on the exact brand or style of shoe.

Use an Objective Trial

Where the horse is stable enough, agree on:

• The intervention

• The expected response

• The review date

• Movement videos

• Comfort on specific surfaces

• Digital pulse changes

• Medication use

• Radiographic measurements where relevant

Avoid changing the shoe, exercise plan, medication, surface and diet simultaneously unless the condition requires it. When every variable changes at once, nobody knows what helped or harmed.

Seek a Second Opinion When Necessary

A second opinion may be appropriate when:

• The diagnosis remains uncertain

• The horse is not improving

• The proposed plans are fundamentally incompatible

• A major trim or irreversible hoof-wall resection is being considered

• Advanced imaging has identified a complex lesion

• Previous therapeutic shoeing has repeatedly failed

• The professionals refuse to communicate respectfully

A constructive second opinion should review the full record rather than simply judge one photograph of the hoof on social media. Hoof-care tribunals conducted in a comment section rarely represent veterinary progress.

Hoof-Care Collaboration Risk Framework

Risk level	What it looks like	What to do
Routine	Sound horse, healthy hoof capsule, no significant pain or disease	Continue regular farrier care. Veterinary involvement is needed if health or soundness changes.
Needs coordinated review	Repeated shoe loss, progressive cracks, uneven growth, recurrent bruising, mild soreness after trimming, shortened stride or unexplained asymmetry	Share photographs and history with both professionals. Arrange a veterinary examination if discomfort persists or recurs.
High risk	Previous laminitis, therapeutic shoes, chronic foot lameness, major hoof distortion, thin soles, recurrent abscesses, MRI-diagnosed foot injury or postoperative hoof care	Use a written vet-farrier plan with defined rechecks and objective monitoring.
Critical	Acute laminitis signs, severe non-weight-bearing lameness, penetrating object, deep hoof wound, rapidly worsening pain, fever, substantial swelling or suspected deep infection	Contact the veterinarian immediately. Farriery is part of treatment after the emergency has been assessed and stabilised.

When Is a Hoof Problem an Emergency?

Contact a veterinarian urgently when the horse develops:

• Sudden severe or non-weight-bearing lameness

• Strong or bounding digital pulses

• Pain in several feet

• Repeated weight shifting

• A rocked-back stance

• Reluctance to turn or walk

• A nail, screw, wire or other object penetrating the sole or frog

• A deep wound involving the hoof, heel or coronary band

• Rapidly increasing swelling

• Fever, depression or reduced appetite

• Foul or persistent drainage

• Visible bone or tendon

• Severe pain immediately after shoeing that does not resolve when the suspected nail or pressure point is addressed

• Progressive pain despite treatment for a presumed abscess

Acute laminitis can progress from subtle reluctance to move to severe pain and displacement of the distal phalanx. Increased digital pulses, hoof warmth, difficulty turning, weight shifting and an abnormal stance should be treated seriously. (Center for Equine Health)

What To Do Right Now

1. Stop exercise.

2. Call your veterinarian.

3. Keep the horse on deep, supportive footing where this can be done safely.

4. Do not repeatedly force the horse to walk or turn to demonstrate the lameness.

5. Do not perform aggressive trimming or sole paring before the diagnosis is clear.

6. Tell the veterinarian when the horse was last trimmed or shod and what changed.

7. Contact the farrier as well, but do not delay emergency veterinary assessment while waiting for a routine farrier appointment.

What If There Is a Nail or Other Object in the Foot?

Where it is safe to do so, leave the object in place and prevent the horse from driving it deeper until the veterinarian provides instructions.

The object can reveal the direction and depth of the tract on radiographs. Removing it prematurely may allow the tract to close or make it much more difficult to determine whether the navicular bursa, coffin joint, tendon or bone has been penetrated.

If the object has already come out, keep it and mark or photograph the entry site. Deep puncture wounds require urgent assessment because outcome depends heavily on which structures have been entered and how quickly treatment begins. (MSD Veterinary Manual)

Common Vet-Farrier Collaboration Mistakes

Diagnosing From Hoof Shape Alone

A long toe, low heel or asymmetric hoof may be relevant, but appearance does not localise pain.

Examine the horse, not just the foot.

Asking the Farrier to Manage Acute Lameness Without a Diagnosis

A farrier may identify an obvious loose shoe, pressure point or superficial abscess. Severe, recurring or unexplained lameness requires veterinary investigation.

Treating the Farrier as a Pair of Hands

Farriers have practical expertise in materials, hoof preparation and what can safely be applied. Ignoring that input can produce a plan that looks sensible on paper but cannot work on the actual hoof.

Asking the Farrier to Make the Medical Diagnosis

A farrier may identify warning signs, but diagnosis of laminitis, navicular syndrome, tendon injury, infection or endocrine disease requires veterinary assessment.

Making the Owner Relay Conflicting Messages

The professionals should communicate directly in a complex case.

“Vet said shorten the toe a bit” is not a clinically useful handover.

Sharing Incomplete Radiographs

A cropped phone screenshot without identification, positioning information or veterinary interpretation can create more confusion than clarity.

Changing the Plan Every Hoof-Care Cycle

Hooves grow slowly. Constantly switching between unrelated techniques may prevent the team from learning whether a sensible plan was working.

Ignoring New Pain After Trimming or Shoeing

A horse should not be expected to tolerate obvious lameness because the foot is “adjusting.”

New marked soreness, bounding digital pulses, reluctance to turn or worsening pain requires prompt reassessment.

Blaming Every Problem on the Last Person Who Touched the Hoof

Timing matters, but association is not proof.

A horse becoming lame after shoeing could have nail pressure or excessive sole removal. It could also have an abscess, laminitis, joint disease, tendon injury or another problem that was already developing. The correct response is investigation, not immediate prosecution by stable-yard jury.

How Can You Build a Better Hoof-Care Team?

Choose Professionals Who Communicate Respectfully

They do not need to agree immediately on every detail.

They do need to:

• Explain their reasoning

• Listen to relevant concerns

• Share records

• Avoid undermining each other in front of the owner

• Adjust the plan when the horse’s response requires it

• Place the horse’s welfare above professional pride

Keep One Shared Hoof Record

Record:

• Trim and shoeing dates

• Shoe or appliance used

• Veterinary diagnosis

• Radiographs and imaging reports

• Medications

• Exercise restrictions

• Photographs

• Videos

• Digital pulse changes

• Lameness observations

• Surface sensitivity

• Recheck dates

Photograph each foot from consistent angles:

• Front

• Side

• Sole

• Heel

Include the date and identify the foot.

Report Changes Promptly

Contact the team when:

• The horse becomes more lame

• Digital pulses strengthen

• The shoe moves or is lost

• A crack reaches sensitive tissue

• Discharge or odour develops

• The hoof begins changing shape rapidly

• The horse becomes reluctant to turn

• The horse is more painful on firm ground

• A therapeutic appliance rubs or becomes unstable

Review the Whole Horse

Hoof health can be affected by:

• Equine metabolic syndrome

• PPID

• Body condition

• Diet and pasture

• Exercise

• Limb conformation

• Previous injury

• Compensation for pain elsewhere

• Stable and turnout surfaces

• Hoof-care interval

Mechanical treatment cannot fully compensate for uncontrolled endocrine laminitis, excessive body weight or an undiagnosed injury.

Frequently Asked Questions

Does my veterinarian need to attend every farrier appointment?

No. A sound horse with uncomplicated feet can usually receive routine hoof care without the veterinarian being present. A joint or coordinated appointment is more important when the horse is lame, has laminitis, requires therapeutic shoeing or is not responding as expected.

Who should decide which shoe my horse wears?

The decision should be collaborative in a medical case. The veterinarian identifies the diagnosis and clinical objective. The farrier recommends how that objective can be achieved practically through trimming, shoeing, boots, pads or another support system.

Should a farrier be allowed to review hoof radiographs?

Yes. The farrier should review relevant images when they are being used to guide hoof care. The veterinarian should provide the medical interpretation, measurements and clinical context, while the farrier contributes mechanical and application expertise.

Can a farrier diagnose laminitis?

A farrier may recognise warning signs such as unusual growth rings, white-line stretching, hoof distortion, strong digital pulses or pain. However, laminitis is a medical diagnosis that requires veterinary assessment and investigation of the underlying cause.

What should I do if my horse is lame after shoeing?

Contact the farrier and veterinarian promptly, particularly if the horse is markedly lame, reluctant to bear weight, has stronger digital pulses or continues worsening. A misplaced or tight nail, excessive sole pressure, bruising, abscessation, laminitis or an unrelated injury may need to be distinguished.

How often should hoof radiographs be repeated?

There is no universal interval. Repeat imaging may be recommended when the horse’s comfort changes, the hoof capsule is changing, laminitis is progressing, substantial corrective work is planned or the team needs to measure response. Stable routine cases may not need repeated radiographs.

Final Thoughts

The veterinarian and farrier bring different but complementary expertise to equine hoof care.

The veterinarian determines what is painful, what disease is present and what medical risks must be managed. The farrier works with the physical hoof to design and apply a practical mechanical solution. The owner supplies the daily observations and keeps the plan connected between appointments.

Good teamwork does not require blind agreement. It requires a shared diagnosis, a clear clinical goal, respectful communication and a willingness to change course when the horse’s response shows that the current approach is not working.

For routine hoof care, a good farrier may be all the horse needs. For lameness, laminitis, therapeutic shoeing or complex hoof disease, veterinary and farriery care should not run on separate tracks.

The best hoof-care team is not the one with the loudest opinions. It is the one that can explain what it is doing, measure whether it is helping and keep the horse’s comfort at the centre of every decision.

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ASK A VET™ can help you organise hoof photographs, radiographs, shoeing dates, lameness videos and treatment notes so that your veterinarian and farrier can work from the same information. Sudden severe lameness, laminitis signs or a penetrating hoof injury still requires urgent hands-on veterinary care.