Before the lights Equine

10/31/2026

Happy Saturday from the ranch ❤️

10/30/2026

Here’s where this particular case got interesting.

This horse wasn’t consistently lame. There wasn’t the obvious heat, sensitivity, or typical presentation we often associate with an abscess or acute injury.

Veterinary examinations and X-rays hadn’t identified a clear explanation, and pain medication and anti-inflammatory protocols hadn’t produced meaningful improvement.

But something still wasn’t right.

One of the more unusual findings was a soft, doughy buildup around the coronary band of the hoof.

And when I say doughy, I mean it felt like Play-Doh beneath your fingers.

Not the firm swelling we might expect with certain injuries. Not the obvious heat or sensitivity that would immediately point us toward a common hoof problem.

Just an unusual change in tissue consistency that didn’t quite fit the picture.

As we continued looking at the horse’s movement, weight-bearing patterns, and the structures involved in supporting the limb, we began considering whether the check ligament and associated flexor tendon structures could be contributing to what we were seeing.

Now, here’s an important distinction: this connection has not been definitively confirmed.

The check ligament isn’t located at the coronary band, and that unusual tissue buildup isn’t a recognized diagnostic sign of check ligament dysfunction.

But the combination of inconsistent discomfort, altered loading patterns, and unexplained tissue changes gave us reason to keep investigating rather than assuming everything was fine because the X-rays were clear.

And that’s the point I want owners to understand.

Sometimes the most important finding isn’t the one that gives you an answer. It’s the one that tells you there are still questions worth asking.

We aren’t interested in making a symptom fit a diagnosis.

We’re interested in understanding why the horse is presenting the way it is, involving the appropriate veterinary professionals, and making informed decisions about what comes next.

10/29/2026

Big hindquarters don’t always mean strong, stable stifles. 👀🐴

Here’s a simple exercise that can reveal more about your horse’s hindlimb stability than you might expect!

STIFLE STRENGTH & STABILITY TRAINING 💪

The goal? Encourage controlled weight-bearing through the supporting hindlimb while challenging the quadriceps, gluteals, and surrounding stabilizing muscles.

🐴 1. Pick up and hold. Gently lift one hind hoof for up to 5 seconds, allowing the horse to support its own weight without leaning heavily on you.

🐴 2. Watch for compensation. Is your horse leaning into you, shifting excessively, or bracing and splaying its front feet?

🐴 3. Add controlled movement. Gently reposition the lifted hoof, keeping the toe approximately aligned with the opposite pastern, then pause again.

🐴 4. Progress gradually. As balance and control improve, you can introduce slightly higher positions without forcing the limb.

Here’s what I want you to remember:

Just because your horse LOOKS strong through the hindquarters doesn’t mean its hips, stifles, and gluteals have the stability and coordination to manage controlled single-limb loading.

Muscle size and functional strength are NOT the same thing.

⚠️ Start with short holds, use a safe position, and stop if the horse struggles or shows discomfort. Horses with known stifle problems should be assessed by a veterinarian before attempting this exercise.

We’re not just building muscle. We’re developing stability, balance, and better movement.

10/29/2026

You know that little pocket you naturally settle into when you ride ba****ck? Yeah, there’s a reason for that.

That comfortable spot where your seat just seems to fit, your hips follow the movement, and you don’t feel like you’re constantly fighting to stay balanced?

For many horses and riders, that pocket falls somewhere around T13–T15 of the thoracic spine.

It’s an important region for distributing the rider’s weight, and it’s where a properly fitted saddle should help you maintain a balanced position.

Now here’s my question.

Does your saddle actually put you in that same pocket?

Because if it doesn’t, we need to talk about what that means for your horse.

If your saddle tips you forward, your weight shifts toward the shoulders and scapular cartilage.

And if you’re putting excessive pressure there, don’t be surprised when your horse starts shortening its stride, restricting shoulder movement, and bracing through the base of its neck.

Now you’ve got a horse that’s tight through the front end, hollow through its back, and struggling to lift through the thoracic sling.

Meanwhile, your trainer is yelling, “Get them rounder!”

Well… that’s going to be pretty difficult when your equipment is working against you.

If your saddle tips you backward, your weight shifts toward the back of the ribcage and potentially the lumbar region.

Unlike the thoracic spine, the lumbar spine doesn’t have ribs providing additional structural support.

It’s a region that transfers movement and forces between the barrel and hindquarters, not somewhere we want concentrated saddle pressure.

And then we wonder why so many horses develop tension through their backs, lumbosacral regions, and pelvis.

If your saddle puts you off to one side, congratulations, your horse now has to figure out how to carry an uneven load every single stride.

One side works harder. The other starts guarding.

And eventually, that becomes the horse’s “bad side” that everyone keeps trying to fix.

But here’s the part I really want you to understand.

Compensation doesn’t just stay underneath your saddle.

It travels.

That uncomfortable pressure through the back can turn into a tight neck, restricted shoulder, uneven topline, difficulty picking up a canter lead, or a horse that suddenly doesn’t want to move forward.

And by the time those problems become obvious, we’ve often spent weeks or months trying to correct them through training, bodywork, or conditioning.

When the saddle may have been contributing to the problem the entire time.

This is exactly why I pay so much attention to rider position when evaluating movement and muscular development.

You can massage those tight muscles, work on mobility, strengthen the topline, and spend hours correcting movement patterns.

But if you put the same poorly fitting saddle back on every day, what do you think is going to happen?

You’re potentially recreating the very compensation you’re trying to eliminate.

So next time you ride ba****ck, pay attention to that little pocket your body naturally settles into.

Then throw your saddle on and ask yourself:

Am I still sitting in that same balanced position, or is my saddle putting me somewhere else?

Now, that ba****ck pocket isn’t a universal anatomical landmark or a substitute for professional saddle fitting. Every horse’s back, rider’s anatomy, and saddle design are different.

But it’s a great way to start paying attention to something a lot of riders overlook.

Because sometimes your horse isn’t fighting your training. They’re fighting the equipment you’re asking them to perform in.

And saddle fit is just one piece of the much bigger picture.

Save this for your next saddle fit check! 🐴

10/29/2026

The more you know ❤️

The American Association of Equine Practitioners (AAEP) has published new guidelines for managing salmonellosis in horses, taking into account the latest research on diagnosing, managing, and preventing infection.

10/28/2026

One missing eye. A whole chain of muscular compensation. 🐴

This mare is showing increased tension through the splenius muscle and nuchal ligament region on one side, potentially related to postural compensation following the loss of her eye.

Over time, these altered movement patterns may be contributing to the development of a ewe-neck appearance near the withers, as she struggles to maintain balanced cervical posture and muscle engagement.

So how do we address it?

🔹 Gentle massage and myofascial releases to reduce muscular guarding.

🔹 Controlled cervical stretches to encourage comfortable, symmetrical mobility.

🔹 Under-saddle exercises like large serpentines, shallow loops, gradual transitions, and gentle lateral work to encourage balanced bending, thoracic sling engagement, and correct topline recruitment.

The goal isn’t just releasing tight muscles. It’s retraining the movement patterns creating the tension.

Because compensation doesn’t stop at the site of injury.

Any suspected ligament injury or persistent neck pain should be evaluated by a veterinarian before stretching or bodywork.

10/27/2026

She looks like an absolute powerhouse. But she moves like a square tank. 🐴

And this is exactly why we don’t evaluate an athlete based on muscle development alone.

Looking at this mare standing still, you’d probably assume she’s incredibly strong, fit, and well-conditioned.

And in many ways, she is.

She’s got the muscle. She’s got the build. She’s got the power.

But what she doesn’t have right now is the freedom to USE all of it efficiently.

Watch her front end.

Instead of seeing fluid, coordinated movement through her shoulders and ribcage, we’re seeing a much more rigid movement pattern.

Her forehand moves almost like one solid unit.

There’s limited visible adaptability through the thoracic sling region, and she appears to struggle with the subtle adjustments needed to move freely through her front end.

This is what I mean when I say a horse can be muscular without being functionally strong.

The thoracic sling isn’t just responsible for helping support and elevate the ribcage between the shoulders.

It also contributes to controlled movement, stabilization, and force management as the horse shifts weight, turns, and moves through different demands.

And when that system isn’t coordinating effectively, a horse may develop movement strategies that look stiff, restricted, or overly dependent on other areas of the body.

Now here’s where it gets interesting.

You can keep conditioning this mare.

You can keep building muscle.

You can keep asking her to work harder.

But more muscle alone isn’t necessarily going to change the way she’s organizing her movement.

That’s why our Athlete Development Program doesn’t stop at evaluating topline, muscle mass, or overall fitness.

We look at HOW the horse uses the body it has.

How does she transfer weight?

How does she coordinate her forelimbs?

What happens through her shoulders and trunk when she changes direction?

Where does she appear to lose fluidity or control?

And what might be influencing those patterns?

Because our goal isn’t simply to create a stronger-looking horse.

It’s to develop an athlete capable of using that strength effectively.

This mare is a perfect example of why movement assessments matter just as much as muscle development.

And while her movement raises questions about thoracic sling function, we can’t determine from a video alone whether the restriction originates there. Hoof balance, pain, joint mobility, neurologic function, and other factors also deserve consideration.

A horse can look like an athlete and still move like its body is working against itself.

That’s the difference between building muscle and developing functional movement.

And it’s why we evaluate the whole horse.

👀 Now watch this mare move. What stands out to you about the way she carries and uses her front end?

10/27/2026

A horse can lift its withers and STILL have a poorly functioning thoracic sling. Here’s why.

We’ve spent years teaching horses to lift through their backs. But have we overlooked the importance of allowing them to LOWER through their shoulders?

Let’s talk about the thoracic sling and why its function matters far beyond developing a pretty topline.

Unlike humans, horses don’t have a functional bony connection between their forelimbs and ribcage. There’s no collarbone attaching the shoulder to the trunk.

Instead, the horse’s trunk is suspended between the forelimbs through a muscular connection known as a synsarcosis.

The primary muscles involved include:
• Serratus ventralis
• Pectoral muscles
• Subclavius

Together with other supporting musculature, these structures help suspend, stabilize, and control the movement of the ribcage between the shoulders.

But here’s where I think traditional training has overlooked an important part of the equation.

We’ve become so focused on teaching horses to lift through the thoracic sling that we’ve started treating lowering through it as a problem.

And that’s not necessarily how functional movement works.

A healthy thoracic sling isn’t one that stays elevated all the time.

It’s one that can respond appropriately to the demands placed on it.

That means being able to elevate, lower, stabilize, and accommodate rotational movement of the trunk as the horse shifts weight, changes direction, and manages ground reaction forces.

Think about a horse making a quick turn, navigating uneven ground, or working through a demanding maneuver.

The body needs options.

It needs to be able to adjust its center of mass, coordinate the forelimbs, and manage forces without relying on one rigid movement strategy.

Stability doesn’t mean eliminating movement. It means controlling it.

And this is where the thoracic sling becomes particularly important in athlete development.

Every time a hoof contacts the ground, forces travel through the limb and into the rest of the body.

The hoof, joints, tendons, ligaments, and muscles all contribute to managing those forces.

The thoracic sling is part of that system.

Its muscular connection allows the trunk to be supported and controlled between the forelimbs while contributing to how mechanical loads are distributed during movement.

Now consider what happens when we add a rider.

We’re increasing the demands placed on a system that already supports a substantial portion of the horse’s body weight.

Then we ask that same horse to stop hard, turn quickly, spin, collect, extend, and repeat those movements throughout its career.

For our western performance horses, this is a conversation worth having.

Because developing the thoracic sling isn’t simply about getting the withers higher or creating the appearance of a stronger topline.

We’re interested in how effectively the horse can USE that system.

Can the horse stabilize its trunk during weight transfer?

Can it maintain coordination through changes in direction?

Can it move through an appropriate range of motion without consistently falling into the same compensatory patterns?

Can it manage increasing workloads without losing movement quality?

These are the questions that matter.

And here’s another important consideration.

The hoof, forelimb, thoracic sling, and cervical region don’t function independently.

Changes in hoof comfort, limb loading, muscular strength, or neck mobility can influence how a horse organizes movement through the forehand.

That doesn’t mean every horse with neck discomfort has a weak thoracic sling, or that strengthening the sling will resolve hoof pathology.

It means we need to evaluate the relationships between these structures rather than assuming the problem exists in isolation.

This is one of the reasons our Athlete Development Program places so much emphasis on movement quality, muscular coordination, workload, and progressive conditioning.

We’re not interested in developing a horse that simply LOOKS stronger.

We want an athlete that has the strength, mobility, and coordination to manage the forces its discipline demands.

Because a lifted thoracic sling isn’t automatically a functional thoracic sling.

And a horse that occasionally lowers through the forehand isn’t automatically moving incorrectly.

The difference is whether that movement is controlled, appropriate for the task, and supported by the rest of the body.

Strength without mobility creates limitations. Mobility without adequate control creates its own challenges.

The goal is to develop both.

That’s how we move beyond chasing a particular posture and start developing the entire athlete.

🐴 Here’s something to think about: When you watch your horse move, are you evaluating how high they carry their withers, or how well they control their body between their shoulders?

10/24/2026

Times are a changing ❤️

New methods for all our trainings come out all the time.

With us being rescue certified we like to stay up to date on best practices and trainings