The Fitted Horse

🏗️ WOW Saddle Tree Materials & Durability: Built To Last 🏗️

Here's what separates a WOW saddle from most traditional saddles:

The tree.

Specifically, what it's made from, how it's engineered, and how long it's built to last.

Most riders don't think about saddle trees.

They sit on leather and panels and don't pay attention to the skeleton underneath.

But the tree is everything.

It's the chassis that holds your entire saddle together, determines its strength, flexibility, and longevity.

Let me explain WOW's approach to tree materials and why it matters:

WHAT IS A SADDLE TREE?

Before we talk about WOW's materials, let's understand what a tree actually does.

A saddle tree is the internal framework—the skeleton—that gives a saddle its shape and strength.

Its job:

Distribute your weight evenly across the horse's back
Protect the spine with spinal clearance
Create a stable platform for the rider
Remain strong enough to handle constant use

For over 150 years, traditional saddle trees were made from wood (usually beechwood), often laminated and reinforced with steel springs. This was effective but heavy, moisture-prone, and inflexible once made.

WOW took a completely different approach.

WOW TREE MATERIALS: PATENTED COMPOSITE CONSTRUCTION

WOW uses a unique, patented composite tree made from two key materials working together:

Flexible polyurethane resin (the tree body/shape)
Y-shaped carbon fibre strengthening bar (the core reinforcement)

These two materials work in partnership:

The polyurethane resin provides the flexibility needed for lateral movement

The carbon fibre Y-bar provides the strength and stiffness needed to prevent longitudinal flexion (front-to-back bending)

This combination is what makes the WOW tree revolutionary. You don't get one or the other; you get both working together.

The Y-Bar Design:

Imagine a traditional saddle tree and flip it upside down. In a traditional tree, the fork of the Y sits around the horse's scapulae (shoulders) and the base forms the seat and pommel.

WOW inverted this design.

In a WOW tree:

The fork of the Y is where the rider sits
The base of the Y forms the pommel and holds the headplate
This orientation eliminates the pressure points created by traditional tree points sitting behind the scapulae

Traditional saddle tree points typically sit behind the shoulders and dig into the back of the horse's shoulders, restricting full use of the front legs and preventing the scapula from swinging to their fullest extent.

WOW's inverted Y-bar design eliminates this problem entirely.

Why These Materials?

Polyurethane resin:

Flexible and responsive
Allows lateral (side-to-side) movement
Lightweight
Won't rot, absorb moisture, or degrade like wood
Consistent batch to batch (no variation in manufacturing)
Can be precision-moulded to exact specifications

Carbon fibre Y-bar:

Exceptional strength-to-weight ratio: up to 5x stronger than steel at a fraction of the weight
Prevents longitudinal flexion (front-to-back bending)
Lightweight
Rigid and stable along the length of the tree
Weather-resistant
Used in aerospace and motorsports for unmatched durability

Together, they create a tree that's both responsive and stable—exactly what a horse needs.

LATERAL FLEXION™

Here's where WOW's design gets clever.

The tree is made to be rigid and strong along its length (front to back). But the headplate area—where it meets the horse's withers—is laterally flexible. This means it can twist and move side to side as the horse moves.

Why this matters:

As a horse walks, trots, and canters, their withers rotate and their shoulders move. The horse's scapulae swing in and out. A rigid tree that doesn't accommodate this movement creates constant pressure and restricts movement.

WOW's laterally flexible headplate moves WITH the horse, not against it.

This design feature is called Lateral Flexion™ and it's unique to WOW.

It allows the tree to:

Accommodate 19 different headplate sizes and 3 different shapes (V, U, UU)

Accept headplate angles from 73 to 143 degrees (the widest range on the market)

Change headplates without the tree being compromised

Move dynamically with the horse's body

THE PHYSICS OF THE DESIGN

The beauty of WOW's composite construction is that the two materials serve specific purposes:

Longitudinal rigidity (front to back):

The carbon fibre Y-bar provides the longitudinal stiffness.

This means the tree won't flex or bend along its length when you mount up or when the girth is tightened.

This distributes your weight symmetrically and evenly across the 7th to 18th rib—the weight-bearing area of the horse's back.

Lateral flexibility (side to side):

The flexible polyurethane resin allows the headplate to twist and flex laterally as the horse's shoulders move. This prevents the tree from fighting the horse's natural movement and allows the scapulae to rotate freely underneath.

The carbon fibre Y-bar provides strength through the centre, whilst allowing the outer edges of the polyurethane to flex. This is precision engineering—you're not just flexible or strong, you're both at the same time.

MANUFACTURING PRECISION

WOW saddle trees are manufactured using state-of-the-art technology:

Computer-aided design (CAD) for precision
Moulding processes to ensure exact specifications
Consistent replication (every tree is identical)
Reduced waste (efficient manufacturing)
Quality control at every stage

This isn't a hand-crafted, variable-by-definition process. Every WOW tree is engineered to exacting specifications using the polyurethane resin and carbon fibre composite.

THREE LONGITUDINAL CURVATURES

WOW offers three different Y-bar curvatures to suit different horse back shapes:

Curved Y-bar: For horses with normal to sway backs Semi-curved Y-bar: For horses that fall in-between Flat Y-bar: For flat-backed horses

This means the tree itself—not just the headplate—adapts to the horse's spinal profile.

The longitudinal curve of the tree matches the longitudinal curve of the horse's back.

THE NARROWEST TWIST ON THE MARKET

WOW seats are ergonomically designed to give the narrowest twist in the market at just 4¼ inches.

This narrow twist allows riders' legs to drop naturally around the horse, providing superb leg contact, comfort, and stability.

The strength-centred Y-bar design is what makes this possible—the tree can be narrower without sacrificing strength because the strength is concentrated in the centre rather than spread throughout.

DURABILITY & LONGEVITY

Warranty: WOW trees are guaranteed for five years from the date of purchase against defects in materials and workmanship under normal use to the original purchaser only.

Real-world lifespan: The 5-year warranty is WOW's commitment to quality. In reality, with proper care and maintenance, many WOW saddles have been in use for significantly longer.

WOW maintains a saddle database going back over 20 years, indicating that well-maintained saddles can have a long working life. The composite construction and modular design mean that components can be refreshed or replaced whilst the tree itself remains sound.

Why they last:

Composite materials don't degrade:

Unlike wood, which can rot, splinter, or warp, polyurethane resin and carbon fibre are stable.

They don't absorb moisture, don't expand or contract with weather, and don't crack or break under normal use.

Modular design:

Panels can be replaced, headplates can be swapped, flocking can be refreshed.

The tree itself rarely needs replacing—it's the components around it that wear first.

Precision engineering:

No weak points.

No variable manufacturing (wooden trees vary batch to batch).

Every tree is made identically to exacting standards.

Flexibility:

The laterally flexible design means the tree moves with the horse instead of fighting it.

Less strain = longer lifespan.

Quality materials:

The polyurethane resin and carbon fibre composite are engineered to withstand years of use.

Carbon fibre is used in aerospace because it doesn't fail under stress.

COMPARISON: TREE MATERIALS

Traditional Wooden Trees:

Pros: Traditional feel, time-tested, comfortable feedback
Cons: Heavy, prone to rot/moisture damage, can warp or splinter, variable by batch, require careful storage
Typical lifespan: 7–10 years with excellent care
Warranty: Usually 5 years

Rigid Polymer/Plastic Trees:

Pros: Lightweight, weather-resistant, consistent
Cons: Can be brittle, lack shock absorption, not adjustable, can degrade in UV light
Typical lifespan: 5–8 years
Warranty: Usually 5 years

WOW Composite Trees (Polyurethane Resin + Carbon Fibre Y-Bar):

Pros:

Lightweight, weather-resistant, incredibly strong, laterally flexible, longitudinally rigid, adjustable (headplates), precision-engineered, consistent, dynamic

Cons:

Premium price initially (offset by longevity and modularity)

Typical lifespan:

10+ years with proper care, with many saddles in use for significantly longer

Warranty: 5 years

WHAT AFFECTS TREE DURABILITY

Even the best-engineered tree won't last if it's abused. Here's what affects longevity:

Things that damage trees:

Dropping the saddle or falling with it
Storing saddles in extreme heat, cold, or moisture
Using the saddle for purposes it's not designed for (e.g., excessive jumping if it's a dressage saddle)
Improper fitting creating constant pressure on the tree
Ignoring maintenance

Things that extend tree life:

Proper storage (cool, dry environment)
Regular maintenance checks (every 6 months recommended)
Proper fitting (correct headplate, panels adjusted)
Using the saddle for its intended discipline
Clean, dry use
Regular conditioning of leather parts

THE ENGINEERING ADVANTAGE

Here's what makes WOW's composite tree so durable:

Strength-to-weight ratio:

Carbon fibre is 5x stronger than steel at a fraction of the weight. This means WOW can design a tree that's strong enough to handle impact and movement but light enough that it doesn't create unnecessary weight for the horse.

Distributed stress:

The composite construction distributes stress evenly throughout the tree. No single point bears all the load. This means the tree can handle years of constant use without developing weak points.

No fatigue points:

Wooden trees can develop stress fractures over time at weak points. Rigid plastic trees can become brittle. A composite of flexible polyurethane with a carbon fibre core is engineered for both flexibility and strength.

Dynamic stability:

Because the tree can flex laterally, it absorbs movement instead of resisting it. Less resistance = less strain = longer lifespan.

THE ENVIRONMENTAL QUESTION

Some riders ask:

Is composite plastic actually more sustainable than wood?

The answer:

Over the life cycle, potentially yes.

A wooden tree typically lasts 7–10 years.

A WOW composite tree with proper care can last 10+ years or more.

That's potentially two wooden saddles vs. one WOW saddle over the same timeframe.

Plus, WOW trees don't require the chemical treatments that wooden trees need (oils, varnishes, waterproofing), which have their own environmental impact.

And the modularity means you can replace components (panels, leather, flocking) without replacing the tree, extending the saddle's useful life even further.

KEY TAKEAWAY

A saddle tree is the single most important component of any saddle.

WOW's composite polyurethane resin and carbon fibre Y-bar tree is engineered for durability, precision, and dynamic performance.

It's stronger than traditional wood, lighter and more adaptable than rigid plastics, and designed with a 5-year warranty and a track record of saddles lasting 10+ years with proper care.

The real durability comes from the materials science: the composite structure simply doesn't degrade the way wood does, and the modular design means you can refresh components without replacing the foundation.

One tree.

Multiple horses.

Multiple disciplines.

10+ years or more.

That's what WOW tree durability means.

📞 Want to know more about WOW tree durability for your situation?

🔧 Book a fitting assessment

🛡️ We'll discuss how your saddle can serve you over time

A tree is forever.

WOW's composite engineering means it can be.

💙 Why Your Horse Deserves A Bridle Fitter (Not An Off-The-Peg Bridle) 💙

Real talk:

An off-the-peg bridle might work for your horse.

But the chances that every single component is perfectly sized for their unique head shape and positioned to respect their anatomy? Slim.

Professional fitting removes the guesswork and gives you a bridle built specifically for your horse—with the anatomical knowledge to keep them comfortable.

I understand the appeal of off-the-peg bridles.

They're convenient. They're immediately available. You see one you like, you buy it, you take it home.

But here's what you probably don't know:

Your horse might actually need a Cob bridle with pony cheekpieces. Or a full-size bridle with cob cheekpieces. Or a headpiece that's cut at a specific angle that no standard bridle offers.

And the only way to find that out is through professional fitting.

Let me explain why off-the-peg bridles are almost guaranteed not to fit your horse perfectly.

Off-the-peg bridles come in standard sizes: Pony, Cob, Full (horse), Extra Full.

Within each size, everything is proportional. Headpiece, browband, cheekpieces, noseband—all sized together.

This works perfectly if your horse is proportional to that size.

But most horses aren't.

Some horses may require a horse size bridle with cob size cheek pieces to get a good fit.

Think about that.

The bridle's headpiece is the right size. The browband is right. The noseband is right. But the cheekpieces need to be smaller.

An off-the-peg bridle can't do that.

It's all one size or nothing.

Here's something most riders don't even know is a problem that exists:

Different bridle headpieces have different angles on the cheekpiece hangers.

The angle that the cheekpiece hangers come out of the top part of the headpiece is crucial to the final fit of the bridle.

Different headpiece designs (anatomical, traditional, different brands) have different hanger angles. These angles are deliberately varied to accommodate different head shapes.

An off-the-peg bridle has one angle.

If that angle doesn't match your horse's head anatomy, the bridle won't sit right. Period.

A professional bridle fitter has access to multiple headpiece options with different angles. We can find the angle that actually matches your horse's head.

THE COMPONENTS MISMATCH PROBLEM

You may find you need a different size of cheekpiece compared to the rest of the bridle. Many mass produced bridles come with standard-size cheekpieces and this can be a problem, if your horse requires longer or shorter ones.

This is incredibly common.

And it's completely invisible to someone buying off-the-peg.

You get the bridle home. The cheekpieces are slightly too long. Or too short. The bit doesn't sit quite right in your horse's mouth. The buckles have to sit higher than they should. You assume it will settle in.

It doesn't.

Because the fundamental component sizes don't match your horse.

A professional bridle fitter can mix and match individual components to get each part right for your horse.

Here's what happens when I fit a bridle:

Step 1: Assess Your Horse's Head (With Anatomical Knowledge)

I'm not just looking at size. I'm assessing the anatomy.

Where are the sensitive pressure points? Where are the nerves? What muscles will the bridle sit against?

The facial crest bone, the infraorbital foramen (the nerve opening below the eye), the temporomandibular joint (TMJ—where the jaw connects), the poll area, the areas behind the jaw—these are all critical.

Anatomical nosebands are designed to avoid pressure on the facial crest bone, infraorbital foramen and upper molar/cheek interface by careful use of limited padding and removal of padding.

I'm assessing which bridle components will sit where, and whether they'll create pressure on any sensitive anatomical structures.

The throatlash can put pressure on the sensitive temporomandibular joint (TMJ) and the windpipe, preventing the horse from breathing and swallowing easier.

I note where the contact points should be (where the headpiece sits on poll, where cheekpieces sit behind the jaw, where browband sits)—and what I need to avoid.

Step 2: Gather All Available Component Options

Unlike off-the-peg bridles, I have access to every component in multiple variations:

Headpieces: Multiple designs, multiple angles, different ear cut-outs, different poll padding options

Cheekpieces: Full, Cob, Pony, Oversized sizes

Browbands: Different widths, different materials, anatomical vs traditional

Nosebands: Cavesson, flash, figure-eight, drop, anatomical versions of each

Throat lashes: Different lengths, different widths, designed to avoid TMJ pressure

I'm not limited to what comes as a "set."

Every single component can be chosen independently.

Step 3: Test Every Component For Fit AND Comfort

Now comes the crucial part: testing.

I don't just check if things fit size-wise.

I check if they fit comfortably for YOUR horse's unique anatomy.

Testing the Headpiece:

Does it sit level?
Does it distribute pressure evenly across the poll?
Does it avoid pressing on the sensitive areas at the top of the head?
Is the angle correct for this horse's head shape?

Testing the Cheekpieces:

Are they the right length for proper bit height?
Do they sit in the right spot on the jawbone?
Are they creating any pressure on sensitive areas behind the jaw?
Is there adjustment room left?

Testing the Browband:

Is it sitting level?
Is there clearance from the ears?
Is it creating any pinching around the eye area?
Is the width appropriate for this horse's face?

Testing the Nosebands:

I test multiple noseband options because different nosebands work better for different horses:

Common noseband types include cavesson, flash, figure eight, crank, and drop, each applying pressure differently.

A plain cavesson is widely used in sport, while flash and figure eight nosebands limit mouth opening more directly.

The Cavesson:

The cavesson noseband is the most traditional and commonly used noseband style. It consists of a single band that circles the horse's nose and is fastened just below the cheekbones. There is very little effect of the cavesson on the horse when fitted correctly.

The Flash:

The flash noseband consists of a standard cavesson with an additional thin strap that attaches at the front of the cavesson and fastens below the bit. The flash should attach in the centre of the cavesson and fasten in the groove under the horse's chin. This adds control for horses that try to open their mouth or tongue over the bit.

The Figure-Eight (Grackle):

A figure-eight noseband is immediately identifiable thanks to the two thin strips of leather that cross in the middle of the horse's face, with a leather or sheepskin disk to prevent pinching and rubbing the horse's face. Grackle nosebands, or the 'figure 8', is an incredibly popular noseband amongst event riders and showjumpers.

The Drop:

One band which sits lower on the horse's face than plain or crank nosebands. Fastened parallel to where it sits in front of the bit under the chin, similar to a flash, but still rests on the nasal bone.

Why This Matters:

Noseband type and tightness level affect pressure on the horse's face.

Different horses respond differently to different noseband styles.

A horse might accept a cavesson beautifully and resist a flash.

Another might need a figure-eight for balance.

Yet another might work better without any noseband at all.

Off-the-peg bridles don't give you that option.

You get what's attached.

Testing the Throat Lash:

How long is it? Is it creating pressure on the sensitive TMJ or windpipe?
Does it allow free breathing and swallowing?

Testing Everything Together:

I'm watching how all the components interact.

Does the noseband sit properly? Does the headpiece hanger angle work with these cheekpieces? Is the browband in the right position? Are there any pressure points being created by component interaction?

Step 4: Make Adjustments Based On Anatomy

This is where professional knowledge becomes critical.

I understand horse anatomy.

I know where the sensitive structures are.

I know what pressure points to avoid.

I know how bridle components interact with muscles, nerves, and bone.

When I see the bridle sitting on the horse, I'm not just looking at the fit, I'm assessing whether any component is creating pressure on:

The infraorbital nerve (which causes pain if pressured)
The facial crest bone (sensitive area that needs padding)
The TMJ (which needs freedom for natural jaw movement)
The poll (which has sensitive nerves and muscles)
The windpipe (which needs space to function)

If I spot any of these issues, I adjust.

Different headpiece. Different noseband placement. Different padding. Different component entirely.

Step 5: Keep Testing Until Everything Is Right

I keep trying combinations until I find the one where:

Every component is the right size
Every component is at the right angle
No component is creating pressure on sensitive anatomical structures
The bridle sits level and balanced
Your horse shows clear acceptance and comfort

Step 6: Order Custom

Once we've found the perfect combination, we have a custom bridle using the exact components that fit your horse.

Your horse gets a bridle where every single component is the right size, the right angle, the right fit—and designed to respect their anatomy and avoid pressure on sensitive structures.

WHY THIS MATTERS

An off-the-peg bridle that doesn't fit creates problems:

Bit position is slightly off → horse doesn't accept the bit properly
Headpiece angle is wrong → bridle doesn't sit level
Cheekpieces are too long → bit hangs too low
Noseband doesn't sit on bone properly → creates pressure points on nerves or sensitive bones
Browband is too tight → ear pinching and discomfort
Throat lash is too tight → restricts breathing or creates TMJ pressure
Components interact poorly → multiple pressure points

Any one of these creates discomfort or poor communication.

A properly fitted bridle where every component is chosen with anatomical knowledge:

✅ Bit sits in the perfect position
✅ Headpiece sits level and secure, without pressure on sensitive poll structures
✅ Cheekpieces allow proper bit height with adjustment room
✅ Noseband sits on bone without pressure on nerves or sensitive areas
✅ Browband is comfortable and properly positioned around ears
✅ Throat lash allows free breathing and swallowing
✅ Every component respects the horse's anatomy
✅ Communication is clear
✅ Your horse accepts it happily

That's the difference between a bridle that fits and a bridle that "sort of works."

Yes, a custom-fitted bridle costs more than an off-the-peg bridle.

But consider...

You're not paying more for a bridle.

You're paying for:

✅ Anatomical knowledge
✅ Access to all component options
✅ Time spent testing every combination
✅ A bridle built specifically for your horse's unique head and anatomy

Bridles that fit are often more expensive because they're individually made and require professional expertise.

And honestly?

The difference in how your horse performs, accepts the bridle, and feels comfortable is worth every penny.

This is the key thing:

a bridle that doesn't fit often looks fine.

It's only when your horse resists, or you struggle with bit position, or the browband sits awkwardly, that you realise something's wrong.

But by then, you've already bought it and brought it home.

A professional assessment—one that includes anatomical knowledge—catches these problems before you invest in the wrong bridle.

It takes time. It's thorough. Your horse deserves it.

An off-the-peg bridle is a gamble.

A fitted bridle built with anatomical knowledge is a guarantee.

🛡️ The WOW Korrector Pad: The Secret To One Saddle Fitting Multiple Horses 🛡️

Ever thought, "If only my saddle fit my other horse too"?

Or, "I can't afford a new saddle right now, but this one doesn't quite fit"?

Or, "My saddle used to fit perfectly, but my horse's back has changed"?

The Korrector pad could be the answer.

It's not magic, but it feels like it sometimes.

Let me explain what it is and how it can solve a lot of saddle-fitting problems:

WHAT IS THE KORRECTOR PAD?

The Korrector is a revolutionary saddle pad made by WOW Saddles using air and foam technology.

Think of it as bringing Flair air flocking technology out of the saddle itself and into a pad you place under any saddle.

The structure:

A saddle cloth (leather for English styles, wool felt for Western styles)
Four adjustable air bags fitted over a foam insert
The air bags sit inside two pockets, one on each side of the spine
All cloths are cut for high withers and have front ties to relieve pressure often caused by saddle pads and numnahs
A hand pump for adjusting air pressure
A Gullet Locking Plate (GLP) that prevents the pad from being pulled tight across the horse's spine (GLP can be purchased separately if needed)

English Korrectors specifically:

Made from leather
Available in Black or Brown
Come in two sizes: Medium (for saddles 16.5"–17.5") and Large (for saddles 17.5"+)
Each size has different width codes (140 for narrower saddles, 165 for wider saddles)
Fitted with Gullet Locking Plate and front ties

Western Korrectors specifically:

Made from wool felt
Designed to be sandwiched between a thin western blanket for closer contact with the horse
Come in two sizes: Medium (for Reining-type saddles with ~23" bar length) and Large (for Roper/Working-type saddles)
Tie to the swell for security
Do not require a Gullet Locking Plate

The key difference from a regular numnah:

A regular saddle pad just sits there passively.

The Korrector actively adjusts to create optimal pressure distribution, just like Flair air flocking does inside a WOW saddle.

HOW DOES THE KORRECTOR WORK?

The air bags:
The four air bags (two on each side) contain air which moulds to the horse's back, providing a soft, flexible bearing surface without pressure points.

Adjustments:

Using the supplied hand pump, you add or remove air from the bags to:

Raise or lower the saddle at the front or back
Balance the saddle side to side
Compensate for asymmetrical horses (uneven muscle development)
Adjust for asymmetrical riders

Asymmetric adjustment:
This is unique and powerful: you don't need equal air on both sides. You can put more air in the left bags and less in the right bags (or vice versa) to compensate for imbalances.

When to adjust:
You adjust whilst mounted. It takes a couple of minutes. Most of the time, once adjusted for a particular horse, you don't need to change it again unless that horse's shape changes or you switch to a different horse.

The Gullet Locking Plate (GLP):
This prevents the pad from being pulled taut across the horse's spine (which would create pressure). It keeps spinal clearance maintained.

WHAT IS THE KORRECTOR USEFUL FOR?

Problem 1: Your saddle is too wide for your horse

A saddle that's too wide means it sits low and creates uneven pressure.

The Korrector:
Can be adjusted to lift the saddle to the correct position, compensating for the width mismatch. You don't need to buy a new saddle or have it completely reflocked.

Problem 2: Your saddle is out of balance

Your saddle tips forward or backward, or sits unevenly.

The Korrector:
Rebalance by adjusting air front/back and side/side. Balance restored without sending the saddle to a saddler for reflocking.

Problem 3: Your horse's back has changed shape

Your horse lost muscle due to injury or layoff. Or they've developed new muscle and their shape has changed. The saddle no longer fits as well.

The Korrector:
Adjustable air compensates for the changing shape without you needing to refit the saddle or adjust internal flocking.

Problem 4: Seasonal changes

Your horse carries winter weight and coat, then loses it in summer. Back shape changes seasonally.

The Korrector:
Different adjustments for different seasons. Takes 2 minutes to change the air.

Problem 5: Asymmetry

Your horse carries one shoulder bigger than the other. Or you're an asymmetrical rider. Or your horse's back is developing unevenly.

The Korrector:
Asymmetric air adjustment means you can add more lift on one side, compensating for the imbalance without the horse developing compensatory muscle that makes it worse.

MAKING ONE SADDLE FIT MULTIPLE HORSES

This is where the Korrector truly shines.

The problem:

You ride multiple horses.

Each horse is a different size, shape, and width.

One saddle doesn't fit them all, so you either:

Buy multiple saddles (expensive)
Ride in a poor-fitting saddle on some horses (welfare issue)
Constantly swap saddles (exhausting)

The Korrector solution:

One saddle.

One Korrector pad.

Adjust the air for each horse.

How this works:

Horse A (narrow, high withers):

Less air overall (to avoid excess lift and bulk)
Maybe slightly more air in the back bags to balance the saddle for this horse's shape

Horse B (wide, low withers):

More air overall (to lift the saddle and prevent it sitting too low)
More air in the front bags to balance for this horse's different shape

Horse C (asymmetrical, one shoulder bigger):

More air on the bigger-shoulder side
Less air on the smaller-shoulder side
This compensates without making the horse develop more asymmetry

Timeline:

Horse A fitted with Korrector: 15 minutes (adjust, ride, fine-tune)
Switch to Horse B: 10 minutes (deflate or inflate as needed)
Switch to Horse C: 10 minutes (asymmetric adjustment)

Cost breakdown:

One saddle: £2,500
One Korrector pad: £399
Total for three horses: £2,899

Versus:

Three saddles: £7,500
Savings: £4,601

That's the power of one saddle, one Korrector.

WHO SHOULD USE A KORRECTOR?

Ideal candidates:

✅ Riders with multiple horses
✅ People on a budget who can't afford a new saddle right now
✅ Riders whose horse's shape is changing (young, recovering, seasonal)
✅ Anyone with an asymmetrical horse or asymmetrical position
✅ Riders who want adjustable fitting without waiting for repairs
✅ People with a saddle that's close but not quite perfect
✅ Anyone concerned about their horse's comfort but need a temporary solution

Not ideal:

❌ A saddle that's severely wrong (too wide or too narrow won't be fully fixed by air)
❌ A damaged or broken saddle tree (air won't fix structural problems)
❌ Someone who already has a perfectly fitting saddle (unnecessary expense)

HOW TO USE THE KORRECTOR

Place the Korrector under your saddle
Attach the Gullet Locking Plate to prevent spine pressure
Saddle up normally

Initial adjustment (on the horse, with rider mounted):

Tack up with the Korrector
Mount
Use the hand pump to add air to the bags
Start with a small amount and feel how the saddle sits
Add or remove air until the saddle is balanced and comfortable
Take a test ride
Fine-tune if needed

Ongoing:

Once adjusted, leave it alone unless the horse changes shape
If you switch horses, adjust the air for that specific horse
Takes a couple of minutes per change

Seasonal:

Winter to summer (or vice versa): Deflate or inflate slightly to compensate for fitness/weight changes

Takes 5 minutes

REAL-WORLD EXAMPLES

Example 1: Multi-Horse Rider

The rider rides three horses:

A narrow Thoroughbred
A wide Warmblood
An asymmetrical Arab

Previously, she owned two saddles because one didn't fit all three.

With one saddle + Korrector:

Same saddle for all three
Adjusted air for each horse (takes 10 minutes per switch)
Cost: £399 investment instead of buying a second saddle (saving £2,500)

Example 2: Young Horse Development

The owner bought a saddle for her 4-year-old. At first it fit perfectly.

By age 6, the horse's withers had developed significantly. The saddle was no longer ideal.

Without Korrector: She'd need to by a new saddle (£2,500)

With Korrector: She adjusted the air as the withers developed. Cost: £399, one-time investment, continuously adjustable.

Example 3: Injury Recovery

A horse was off work for 12 weeks. Returned with significantly less topline muscle. The saddle didn't fit the new shape.

Without Korrector: Wait for the horse to rebuild muscle and then refit and reflock, or use a poorly fitting saddle in the meantime.

With Korrector: Compensate for the muscle loss immediately. Adjust the air weekly as the horse rebuilds muscle. No waiting, no cost.

IMPORTANT NOTES

Not a magic fix:
The Korrector won't turn a terrible saddle fit into a perfect one. If your saddle is severely wrong (way too wide, way too narrow, or tree damaged), air compensation has limits.

It's not permanent:
The Korrector is adjustable, which is its strength. But it requires active adjustment, unlike a properly fitted saddle which you can just use.

Maintenance:

Check air bags regularly
Keep the pump handy
Clean the pad normally (remove air bags if needed)

Sizes matter:

English Korrectors come in two sizes.

Measure your saddle to get the correct size.

THE FINANCIAL CASE

Scenario: One saddle, multiple horses

Without Korrector:

Saddle 1: £2,500
Saddle 2: £2,500
Saddle 3: £2,500
Total: £7,500

With Korrector:

One saddle: £2,500
One Korrector pad: £399
Total: £2,899
Savings: £4,601

Even if you need to reflock the saddle once over 10 years, you're still ahead financially. And the Korrector keeps working across all three horses.

THE REAL ADVANTAGE

The real power of the Korrector isn't just the money saved (though that's significant).

It's the freedom:

Freedom to ride multiple horses without compromise
Freedom to adjust for seasonal changes without waiting for repairs
Freedom to accommodate your horse as it changes
Freedom from being locked into a saddle that no longer fits

One pad.

Continuous adjustability.

One saddle.

Multiple horses.

That's the Korrector advantage.

Could Korrector solve your fitting challenge?

🐎 One saddle, multiple horses, continuous adjustability

A Korrector pad isn't the answer to every saddle problem.

But for multiple horses, changing shapes, and budget constraints, it's a game-changer.