HORSE & CUIR

HORSE & CUIR Conseils en ergonomie du matériel équestre

08/06/2026

The Great Saddle Slip Mystery🔍

Your saddle slips to the left.

So naturally, you buy a new girth.

It still slips.🤨

So you buy a fancy anatomical girth, a non-slip saddle pad, and perhaps a breastplate with enough straps to secure a small aircraft.

It still slips.😠

So you call a saddle fitter.

Then another saddle fitter.

Then one recommended by a friend who swears they transformed her horse's life.

It still slips.😖

At this point, many horse owners begin to suspect that they're somehow destined to spend the rest of their life searching for the mythical saddle setup that stays exactly where it should.

But before you spend another dollar on tack or lose respect for your latest saddle-fitter, let me tell you about some fascinating research by Line Greve and Sue Dyson.🤓

Because what they discovered put some very important information on the table to consider when you have a saddle slip issue.

The researchers investigated horses with persistent saddle slip and found that many of them had underlying hindlimb lameness.

Now, stay with me if you just rolled your eyes and think this isn't you case because your horse is clearly NOT lame....

The type of lameness identified was not the obvious kind where the horse is hopping around on three legs.

The subtle kind.🤔

The sort of issue that can quietly affect performance, behaviour, balance, and movement long before anyone recognises it as a soundness problem.

Why?

Because horses with discomfort or dysfunction or weakness in a hind leg often alter the way they move. They redistribute load, change how they push off the ground, and compensate through their body. Those altered forces travel through the horse's back and can gradually push the saddle off centre.

This doesn't just apply to horses with obvious injuries. It can occur in horses with mild lameness, asymmetries, weakness, developmental immaturity, or conditions affecting structures such as the stifle, sacroiliac region, suspensory apparatus, or other parts of the hind limb.

Now here's the part that many people find surprising.

The researchers found that saddle slip was actually associated with well-balanced saddles that had even contact and good flocking.😲

In other words, a saddle that slips isn't necessarily poorly fitted.

In fact, if you've had the saddle checked, adjusted, reflocked, replaced, and the problem keeps returning, there may be something else worth investigating.

The most compelling finding came when the researchers identified the source of the hindlimb pain and used diagnostic nerve blocks to remove the discomfort.

The saddle slip disappeared in 97% of cases.😱

Read that again.

Ninety-seven percent.😱

The saddle didn't change.

The girth didn't change.

The saddle pad didn't change.

The horse's movement changed.🤯

That's a pretty powerful clue.😎

One of the biggest challenges with horses is that we often focus on the symptom we can see rather than the cause we can't.

The slipping saddle becomes the problem.

The canter transition becomes the problem.

The spooky behaviour becomes the problem.

The horse drifting through the shoulder becomes the problem.

But sometimes these things are not separate problems at all.

Sometimes they are all clues pointing towards the same underlying issue.

So if your saddle consistently slips despite multiple fitting assessments and equipment changes, it may be worth considering whether your horse is trying to tell you something.

And if that saddle slip is accompanied by things like:
- Canter difficulties
- Resistance under saddle
- Reactive or spooky behaviour
- Struggles with engagement
then the possibility of an underlying soundness issue becomes even more important to investigate.⚠️

One of the most valuable lessons I've learned working with horses is that behaviour, performance, and movement are often connected in ways that aren't immediately obvious.

A slipping saddle may not always indicate a soundness issue...sometimes it can be a YOU issue, but that is for another article another day.

But if it keeps happening despite your best efforts to fix it, it might be worth looking beyond the saddle.💡

Sometimes the saddle is not the problem.

It's the clue.

References
Greve, L., & Dyson, S. J. (2013). An Investigation of the Relationship Between Hindlimb Lameness and Saddle Slip. Equine Veterinary Journal, 45(5), 570-577.
Greve, L., & Dyson, S. J. (2014). The Interrelationship of Lameness, Saddle Slip and Back Shape in the General Sports Horse Population. Equine Veterinary Journal, 46(6), 687-694.

Collectable Advice 226/365. Please SHARE or hit SAVE. Please no copy and pasting.

05/05/2026

𝟱 𝗙𝗼𝗰𝘂𝘀 𝗔𝗿𝗲𝗮𝘀 𝗳𝗼𝗿 𝗖𝗼𝗺𝗳𝗼𝗿𝘁
To ensure that your horse is comfortable and has a healthy musculoskeletal system it’s important to.

𝟭. 𝗕𝗲 𝗣𝗮𝘀𝘀𝗶𝗼𝗻𝗮𝘁𝗲 𝗔𝗯𝗼𝘂𝘁 𝗣𝗼𝘀𝘁𝘂𝗿𝗲!
Good posture and symmetry distributes forces evenly through the body and reduces the risk of injury. As soon as we sit on the horse, posture, balance and movement are affected and strain on joints and soft tissue structures increases. It is up to us to do everything we can to make sure our horses have the best possible posture.

𝟮. 𝗦𝘁𝗿𝗲𝗻𝗴𝘁𝗵𝗲𝗻 𝘁𝗵𝗲 𝗖𝗼𝗿𝗲 𝗠𝘂𝘀𝗰𝗹𝗲𝘀
Strong core muscles are important in protecting the back and body against injury, supporting good posture and improving expression and performance.

𝟯. 𝗦𝘂𝗽𝗽𝗼𝗿𝘁 𝘁𝗵𝗲 𝗟𝗮𝘁𝗲𝗿𝗮𝗹 𝗦𝘁𝗮𝗯𝗶𝗹𝗶𝘁𝘆 𝗠𝘂𝘀𝗰𝗹𝗲𝘀
Strong balance and lateral stabiliser muscles are important in protecting the limbs against torsional injuries when turning, moving sideways and crossing uneven terrain.

𝟰. 𝗘𝗻𝘀𝘂𝗿𝗲 𝗚𝗼𝗼𝗱 𝗝𝗼𝗶𝗻𝘁 𝗠𝗼𝗯𝗶𝗹𝗶𝘁𝘆
Taking joints through a full range of movement on a regular basis will stimulate the associated joint surfaces, capsules, ligaments, tendons, fascia and muscles and stimulate the production of synovial fluid. This joint lubrication is vital for maintaining healthy joints.

𝟱. 𝗠𝗮𝗶𝗻𝘁𝗮𝗶𝗻 𝗦𝘂𝗽𝗽𝗹𝗲𝗻𝗲𝘀𝘀
Good suppleness within the body is not just about the elasticity of muscles to allow for movement. All structures need to be healthy, mobile, well-lubricated and hydrated to allow a full range of movement. Suppleness and stretching exercises help to maintain range of movement and flexibility, and help to keep the horse injury free.

Keen to ensure that your horse is comfortable and has a healthy musculoskeletal system? Comment Pilates if you'd like to know more.....

28/04/2026

Pourquoi je vous parle d'équilibre, d'allures etc alors que mon travail est de contrôler des selles.

Tout simplement car d'autres paramètres que ''juste'' l'adaptation de la selle rentrent dans l'analyse que je fais pour trouver la cause des surpressions ou de l'inhomogénéité sur le dos du cheval. Je vous en montre quelques uns ici...

Certains de ces paramètres, on peut les atténuer via ''quelque chose'' qu'on peut régler dans la selle, mais d'autres sont en lien avec l'équitation ou le travail ou le developpement musculaire du cheval. Pour ceux la, vous pourrez essayer toutes les selles du monde, le résultat sera toujours le même, car c'est le déséquilibre du cheval qui en est la cause (selle qui tourne toujours du même coté par exemple). Si vous désirez traiter le problème, on doit travailler sur la cause.

Les articles sur cette page traitent ainsi de toutes ces causes afin de mieux pouvoir vous aider a résoudre les soucis de selle de vos chevaux.

Un article complet sur mon travail https://www.equimetric.ch/que-fais-je/

28/04/2026
18/02/2026

Petit partage d'expérience équestre...

J'ai, depuis plus de 15 ans, conscience de l'impact de l'adéquation du matériel équestre, notamment la selle, sur la locomotion et le comportement du cheval monté...
Mes chevaux et moi, victimes de gens peu consciencieux pour qui anticlinale est un gros mot, en ont fait les frais, dans tous les sens du terme.
Mais ces échecs m'ont permis de rencontrer des gens formidables de technicité et de sincérité, que je remercie du fond du coeur de m'avoir permis d'avancer sur ce point, et de m'avoir formée à regarder, à mon niveau, si une selle est ou non une abominable hérésie pour le cheval présenté (c'est statistiquement le cas, c'est pô moiii qui l'invente, quelle que soit la discipline du couple).

Je sais mieux que quiconque, l'importance du bon fonctionnement de la langue, de l'os hyoïde, et des premières cervicales dans l'harmonie de fonctionnement des chaines musculaires et fasciales donc dans la locomotion du cheval, mes élèves peuvent en témoigner ...

Et pourtant...

Pourtant je n'étais pas prête à ça.

Pas prète à sentir mon cheval boiter en changeant de têtière!
pas prète à croire qu'on lui avait posé 4 nike air max en changeant de mors!
Pas prète à le sentir faire 3 foulées de trot passagé sans se ratatiner de l'encolure ou fouailler de la couette en trouvant la bonne combinaison filet+mors!

bref...

Cet après midi, j'ai, ENFIN!, pu avoir une consultation de bitfitting, avec mon petit rouquin.
Et il faut le sentir pour le croire, mais à grand bras de levier, petit changement/gros effets....c'est spectaculaire!

J'en profite pour insister sur le fait que RIEN, dans ce bas monde des accessoires qui font acheter, RIEN, Rien de rien, n'est "ANATOMIQUE".
Alors il y a des choses clairement qui ne le seront jamais...spéciales dédicaces aux matelassures dures comme du bois découpées à angles droit, mais sinon, dans la vraie vie, un truc est anatomique SUR UN INDIVIDU A UN INSTANT T.
Il ne faut pas prendre des vessies pour des lanternes...l'anatomie est toute relative en fonction des individus, qui peuvent évoluer avec le temps.
Tout comme nous, mon 501 de mes 20 ans ne m'est plusdutout anatomique...et c'est bien dommage!

bref...je vais de ce pas rêvasser à ces instants de grâce équestre, frôlés avec le moins d'artifices et de contraintes possibles, à mon petit niveau, avec mon adorable petit chewal.....

Merci MB.fitting , ce fut très très très intéressant, et pertinent!

11/01/2026

Did you know? Horses don’t follow the laws of physics!?

Apparently, there’s an idea floating around that once you say the word biotensegrity, biomechanics and physics quietly leave the room. It keeps popping up as comments on my posts discussing biomechanics.

The universe obeys physics. Galaxies do. Stars do. Fluids, bones, tendons, bridges, trees and tectonic plates all do.
But horses? No, horses are apparently exempt. Because… biotensegrity.

Let’s clear this up.

Biotensegrity does not replace physics.
It does not invalidate biomechanics.
It does not allow a horse to ignore force, moment, leverage, or gravity.

Biotensegrity is how living structures cope with physics, not how they escape it.

Physics describes what forces exist.
Biomechanics applies those laws to biological structures. Joints, tendons, bones, motion.
Biotensegrity describes how living tissues distribute, store, redirect, and tolerate those forces over time using tension, elasticity, and redundancy.

That’s the hierarchy. Not three competing belief systems.

A tensegral structure still obeys Newton’s laws. It still has centres of rotation. It still experiences moments. It still fails when loads exceed capacity. Just often later, and more creatively, than rigid structures.

Yes, horses are non-linear systems.
Yes, forces are distributed.
Yes, tissues store and release energy.
Yes, compensation exists.

None of that means moments stop existing. None of it means equilibrium stops mattering. None of it means geometry, leverage, or load paths become irrelevant.

In fact, biotensegrity only works because biomechanics is obeyed. It is a buffering strategy. A way of surviving imperfect alignment, uneven terrain, fatigue, growth, and injury within the rules of physics.

And here’s the key point that keeps getting missed

Compensation is not a design goal.
It’s a survival mechanism.

A biotensegral system can tolerate imbalance, for a time. But persistent imbalance still loads the weakest link. Tendons still strain. Ligaments still fail. Structures still collapse when limits are exceeded. Otherwise horses wouldn’t get injured!!!

So when we talk about biomechanics, equilibrium, moments, and balance, we’re not denying biotensegrity. We’re describing the force environment that biotensegrity is responding to.

Horses are not magical beings that transcend nature.
They are extraordinarily well-adapted biological systems operating within it.

And understanding the physics doesn’t reduce that complexity, it explains why it exists.

10/01/2026

Asymmetry vs Ambidexterity (Bilateral Competence) - Movement bias vs movement capacity (preference vs adaptability)

Asymmetry
A difference between the left and right sides of the body in structure, movement, or function.

In horses, asymmetry may appear as:
• uneven limb loading
• differences in stride length or timing
• unequal bend or reach
• side-dominant postural strategies
• fascial or muscular tone differences

Asymmetry can be:
• structural (conformation, injury, pathology)
• functional (habitual movement patterns, training history)
• neurological (sensory–motor bias, including laterality)

Some degree of asymmetry is normal, but excessive or persistent asymmetry can limit efficiency, comfort, and soundness.

Ambidexterity (Bilateral Competence)
The ability to use both sides of the body with comparable coordination, control, and ease.

In horses, this does not mean perfect symmetry or the absence of laterality.
Instead, bilateral competence refers to:
• balanced left–right coordination
• similar quality of movement on both sides
• smooth transitions between sides
• the ability to adapt without compensatory tension

Bilateral competence is expressed through appropriate movement variability rather than rigid symmetry.

This is a functional and neurological concept rather than a purely structural one.

Key Distinction
Asymmetry describes difference.
Bilateral competence describes capacity.

A horse can show mild asymmetry and still be bilaterally competent—meaning one side does not limit the other.

One-Line Glossary Version
• Asymmetry – a left–right difference in structure or movement
• Ambidexterity (bilateral competence) – the functional ability to coordinate and use both sides effectively

Teaching Note
The goal in training and bodywork is not to eliminate all asymmetry, but to develop sufficient bilateral competence so asymmetry does not drive compensation, tension, or injury.

https://koperequine.com/how-to-ride-a-better-circle/

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