Ry’s TLC Hoof-care/Farriery

Ry’s TLC Hoof-care/Farriery A gentle tongue instructs, doing wisdom, with words that fit each situation, like apples of gold in a silver setting. North AB

(Proverbs 15:1)

I offer mobile farrier services & training younghorses from foal to full grown w/R+ & connected horsemanship.

Indeed, the two extreme ends don’t help further help the equine at all.It’s a case by case most of all. Not one cookie c...
04/27/2026

Indeed, the two extreme ends don’t help further help the equine at all.
It’s a case by case most of all. Not one cookie cutter for all equine kinds.

The barefoot is NOT always the answer!!

There’s a conversation that keeps going round in circles.

“Barefoot is natural.”
“Shoes are bad.”
“Just trim it correctly and the hoof will fix itself.”

It sounds logical.

It just doesn’t hold up when you actually follow the mechanics through.

Let’s start with what we agree on.

A healthy barefoot hoof, in the right environment, under the right loading, is the best-case scenario. No argument there.

But that sentence has three conditions built into it that most people ignore:

Right environment.
Right loading.
Right horse.

We don’t work with that horse most of the time.

We work with domestic horses.

And the domestic horse is not a wild horse.

In the wild, poor conformation, poor posture, and inefficient movement patterns get filtered out. That’s Darwin. If the limb cannot tolerate load efficiently, the horse doesn’t stay sound. If it doesn’t stay sound, it doesn’t stay alive.

That filter is gone.

We now breed horses with conformations that would never survive long-term in a natural environment. Then we place them in managed settings that further alter posture. Stables. Arenas. Repetitive work. Artificial surfaces. Restricted movement. Rider influence. Equipment. Feeding patterns.

And then we say:

“Nature.”

That’s the first disconnect.

The second is even more important.

The hoof does not respond to ideology. It responds to force.

Specifically, it responds to impulse.

Not just how much force is applied, but how that force is applied over time, and critically, in what direction.

If a horse has good conformation and neutral posture, the ground reaction force enters the limb in a relatively balanced way. The hoof deforms within its elastic range. Structures share load appropriately. Morphology trends toward stability.

That’s your ideal barefoot.

But what happens when that isn’t the case?

What happens when conformation or posture drives off-axis impulse into the hoof?

Now the force is not entering the system cleanly. It has directional bias. Medial. Lateral. Cranial. Caudal. Rotational.

And here is the key point:

That biased impulse is not a one-off event.

It is repeated thousands of times.

That repetition is what drives pathology.

Because the hoof adapts to loading.

So now the hoof begins to change shape, not because it is “self-correcting,” but because it is accommodating the load.

Distortion appears.

Capsule migration appears.

Mediolateral imbalance appears.

Dorsopalmar imbalance appears.

And here’s where the barefoot conversation goes wrong.

These changes are often interpreted as “natural adaptation.”

They’re not.

They are maladaptations.

They are the structure reorganising itself around a pathological input.

Now we have a loop.

The posture creates off-axis impulse.
The impulse creates morphological change.
The morphological change alters proprioception and loading.
That altered loading reinforces the posture.

And round it goes.

A bi-directional pathological cycle.

This is not theoretical. This is what you see clinically every day.

And this is where the “just trim it” argument falls apart.

Because trimming is primarily reductive.

It can removes distortion. It can improves geometry. It can sets a better starting point. When there is enough foot to do so.

But it does not, on its own, change the force entering the system if the horse continues to move and stand in the same way.

If the horse is still delivering off-axis impulse, the hoof will simply return to the same pattern.

This is why people get stuck.

The trim looks good.
The horse improves briefly.
Then the same morphology returns.

Because the input hasn’t changed.

Now bring bodywork into this.

The hoof is one of the main entry points of force into the entire system. That force travels through fascia, muscle, joints, and the nervous system.

If that input is biased, the body has to compensate.

So the bodyworker releases the compensation.

But the input is still there.

So the compensation comes back.

That is not a failure of bodywork.

That is a failure to change the mechanical driver.

This is where intervention at the hoof-ground interface becomes critical.

And this is where the conversation needs to mature.

Because the answer is not “always barefoot” or “always shoes.”

The answer is:

What does this horse need to reduce pathological impulse?

Sometimes, a correct trim and appropriate environment is enough.

Sometimes it isn’t.

Sometimes you need an additive solution, not just a reductive one.

Something that doesn’t just remove material, but changes how force is applied. Especially in a working barefoot that has nothing to trim!!

That might be a steel shoe.

That might be composite shoe.

That might be a different interface altogether as technology evolves.

Steel is not perfect. It carries mechanical cost. It alters deformation. It is not biologically identical to hoof horn.

But dismissing it entirely ignores what it can do when used correctly:

It can change load distribution.
It can reduce pathological lever arms.
It can redirect force.
It can bring structures back within a tolerable range.

In other words, it can interrupt the cycle.

And once the cycle is interrupted, the system has a chance to reorganise.

That is the goal.

Not tradition.

Not ideology.

Not barefoot versus shod.

The goal is breaking the pathological loop between hoof, force, and body.

So when someone says:

“Nature would fix this.”

The honest answer is:

Nature would have removed that horse from the system.

We don’t.

So we either accept the constraints of the domestic horse and work within them, or we keep arguing theory while the horse continues to compensate.

And if we’re serious about welfare, performance, and longevity, that’s not a position we can afford to stay in.

I’ve spent years teaching the consequences of shoeing and I advocate for barefoot in most cases, so this is not about being pro-shoe and anti-barefoot, quite the opposite, but I am pro sound horses and equine welfare, and when we change the horse’s world from a natural one, including preserving poor conformation and creating poor posture, we have to accept interventions that mitigate the domestic reality.

Image shows a deformed barefoot from poor conformation that was driving a poor posture.

+R reinforcement works! No matter the animal! If an elephant can be trained that good, one’s horse should be trained wit...
04/24/2026

+R reinforcement works! No matter the animal! If an elephant can be trained that good, one’s horse should be trained with much care and consistency. The ego doesn’t want to be humbled but blame others first! Learning never stops! 👍🙌

04/24/2026
Legend
04/23/2026

Legend

Every part of the hoof matters, it can be detrimental in the long term if ignored.It’s common to overlook the bars and q...
04/22/2026

Every part of the hoof matters, it can be detrimental in the long term if ignored.
It’s common to overlook the bars and quite a lot of owners are not made aware of these things which furthers their equine issues. This is how I also trim according to the hoof type, size of horse, environment, what wear they’ll have. Preventative maintenance is key to soundness and balance in all areas of the hoof to its whole musculoskeletal structure.

🙌 Bars! How do you trim yours? 🙌

Bars can tell you a lot about the overall health and function of the horses hoof and even their posture.

Bars are part of the hoof wall and connect to the bar swell, an anatomical feature on the underside of the pedal (coffin) bone, or P3, around the widest part of the hoof.

In weak footed barefoot horses, especially with low palmar or plantar p3 angles, long toes and under-run heels, there tends to be chronic overloading of the back of the hoof which typically results in insufficient nutrition and therefore development of the tissues in the underside of P3 and back of the foot and external foot.

This tends to create a lack of sole depth in the back of the hoof and very distorted heels, bars, thin frogs, thin digital cushion and weak ungular cartilage.

The bars tend to grow over the thin sole, due to the increased, unhealthy angle of the tubules in the heel region. This along, with the instability in the entire capsule can lead to trauma in the corium around the bar termination.

The evidence of this can be seen in abscesses or small areas of damage, often revealed when the bars are trimmed, or when they break off.

I have witnessed horses becoming lame due to distorted, overgrown bars.

But the bar isnt the primary cause!

Usually, unhealthy bars are a symptom of the underlying problem - a loss of healthy ideal balance, and equilibrium around the coffin joint, in all dimensions, with insufficient sole depth. This unhealthy hoof morphology drives proprioceptive feedback which alters posture. This, and the unhealthy tension and load on the foot, limbs and body drives pathology and lameness.

Trimming to help correct the underlying imbalance will involve addressing bars. The manner of the bar trim depends on the individual hoof type, size of the horse, and the anticipated environment, including whether or not the horse will wear boots or shoes after the trim. The type of shoe worn will also impact the trim.

Knowing how much to trim requires a thorough assessment and understanding of integrative rehab of horses and their hooves.

Under trimming can perpetuate a problem, over trimming can cause set backs.

Trimming bars is only one part of the trim…

Restoring healthy phalangeal alignment and equilibrium around the coffin joint alters the load on the hoof. This ideally alters circulation, nutrition and development of the entire inner and outer hoof and the caudal or rear part of the hoof changes the most during rehab.

I document heel angle changes immediately post trim, and in a few weeks, the sole, frog, digital cushion develop and the hoof print slowly walks backwards to better support the bony column and weight of the horse.

It is satisfying to see the sole become deeper and the walls, heel and bars grow more upright, where they can do the job they were designed to do.

How do you trim yours?

You get to decide…

To join our VIP membership subscription and access benefits: https://www.holisticequine.co.uk/membership

For high quality educational resources in general relating to welfare focused, evidence based integrated hoof care, visit: www.holisticequine.co.uk/academy

Use HOLISTIC5 for 5% off full priced items at Urban Horse - a UK based online shop for all things equine -including hoof boots and hoof care products! http://Www.urbanhorse.com/

Www.holisticequine.co.uk - supporting and promoting compassionate equestrianism for the benefit of all 💚🙏🐴

04/21/2026
Done all 4 hooves on this foundered mini some HUGE relief, although was not the best at standing(some quite a few breaks...
04/15/2026

Done all 4 hooves on this foundered mini some HUGE relief, although was not the best at standing(some quite a few breaks to give for sure) but got ‘er done right! 👍
This is what they ideally should look like after so many months of missing out on trims, not bashing the owner but I APPRECIATE THEIR HELP SO MUCH! Just showing how it’s done and getting her on a better rotation cycle schedule 👌
She was trotting out right after the trim like she had brand new feet! COMFORTABLE & FUNCTIONALLY SOUND is ALL I look for with equines such as in this case! 🤗🙌🐴🐎

04/12/2026

Farriery is ever learning and not always able to solve things, sometimes it’s time to let go

04/12/2026

Yesterday I showed you this foot and asked what you see, and it was a post intended for non-professionals.

I wanted to see with your eyes, not mine.

Ten years ago, I would have probably seen much less than many of you saw, and I commend you.

Fast forward ten years, and I’d like to share my thoughts on the foot—initial thoughts.

Elderly horse. Late 20s.
No history.

I saw the history written in the wall. To me, it’s obvious now…

Chronic laminitis.

But to a newbie, many can’t see it, and this is why we need to nurture newcomers into understanding what a healthy and an unhealthy equine foot look like.

We need to train our brains and our eyes to see things we wouldn’t normally see, and then ask questions: what are we seeing, what does it mean, and is it an issue?

So I’ve done a little markup on this foot. The other foot is very similar, but as soon as I received the feet, my heart sank. I instantly saw strong, capable feet. I know that’s really hard to quantify, and you might say, what do you mean by strong? Well, I saw a foot that seemed to have a thick hoof wall. It was not cracked, not shelly, and not full of chips or abscess blowouts. It just looked strong.

And then, screaming at me, were the event lines, which I’ve shown you in my markup. The event lines are exactly as the name describes.

They reflect what is going on in the horse’s world as the cells of the hoof wall divide in the coronary groove area and are then pushed down by their daughter cells, which are also actively dividing.

If you imagine a conveyor belt of blocks—children’s colourful blocks all stacked on top of each other—you add another block to the top and remove a block from the bottom.

Adding a block at the top represents a cell dividing in the coronary groove. The block removed at the bottom represents wear as the horse moves and the hoof capsule is worn down. The blocks added at the top are gradually pushed down until they end up at the bottom some 9 to 12 months later, in the case of the horse’s hoof wall.

The main take-home message from these event lines is this: two of them were quite pronounced. On their own, that’s not necessarily a red flag. What is important is that the lines at the front of the foot (the toe area) are much closer together than those at the back (the heel area).

That is primarily due to differences in nutrition at the front of the foot compared to the back. The cells at the front of the wall are not receiving the nutrition they need. At the back of the foot, they are receiving nutrition without hindrance, because the blood supply comes from different vessels compared to the front.

So in laminitis, the back of the foot is relatively spared—it is the front of the foot that receives the punishment.

Why?

As I understand it from the studies of Professor Pollitt, Van Epps, and others, the coffin bone has dropped within the capsule. This has been demonstrated in research, and it only needs to move a couple of millimetres. It drops, drags soft tissue with it, and causes the blood vessels at the front of the foot—within the coronary plexus—to be compressed and displaced. Without adequate nutrition, the cells in that area do not divide as quickly.

There is so little room inside the hoof capsule that when the coffin bone drops or moves outside its physiological parameters, it will affect other structures. It is an extremely snug fit. It is not designed to drop or move away from the inner wall, nor for the inner hoof wall to move away from the bone.

If you would like to see the inside of this foot cut in half—a sagittal section—then pop over to my Patreon page, where I’m sharing that image at no cost. You can join for free, and I often post additional material there.

There is a lot more markup on this foot, but I’m not going into all of it here. I just wanted to show you what I was seeing. The most important feature for me was the divergent event lines, which scream chronic laminitis.

In a healthy foot, the coffin bone is securely attached to the inner hoof wall—it doesn’t go anywhere. But once laminitis develops, the anchoring structures weaken, stretch, and sometimes fail. The bone can then drop within the capsule, simply due to the bodyweight of the horse above.

Laminitis is not a death sentence if it is caught early, or—even in chronic cases—if husbandry practices are changed.

In this case, we’re talking about a horse in its late 20s. Most likely, this horse was ‘metabolic’. That simply means the internal chemistry of the body is not functioning as it should—often due to diet, management, and age.”

04/12/2026

The best comment someone said was “what’s “expensive” what’s “cheap” Based on whatever money you have left?..”

Right on!

04/09/2026

🐴💖 You're allowed to be both

04/08/2026

You can't measure anything from the frog.
The frog is connected "in a hole in the sole" and has a corium on the inside. If the sole is being stretched forward in a laminitic hoof the frog is stretched together with the sole. The frog has no connection or relation of any kind to the coffin bone. The picture shows the corium between the frog/sole and the coffin bone/inner hoof.

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