When riders invest in professional saddle fitting, they focus - quite rightly - on ensuring the tree width is correct, the panels make even contact, the headplate suits the horse's withers, and the overall balance is optimal. Thousands of pounds and countless hours go into achieving perfect saddle fit.

Then they fasten their girth and undo much of that careful fitting work without realising it.

The girth is rarely given the attention it deserves in saddle fitting discussions. It's often treated as a simple functional item - just a strap that holds the saddle on - rather than a critical component that profoundly affects saddle fit, pressure distribution, and the horse's biomechanics and comfort.

At The Fitted Horse, we regularly encounter situations where a beautifully fitted saddle isn't performing optimally because the girth is creating problems. The wrong girth type can:

• Create excessive pressure points that restrict movement and cause pain
• Force the saddle out of its optimal position by pulling girth straps into alignment with the girth rather than allowing the straps to hold the saddle correctly
• Restrict the horse's breathing and rib cage expansion
• Interfere with critical muscle groups needed for movement
• Create constantly shifting pressure points through poorly designed elastic components
• Cause the horse to become "girthy," resistant, or uncomfortable despite perfect saddle fit

Different girth designs create different pressure patterns. Straight girths create pressure in different places than shaped girths. Elastic positioned in different locations has different effects. Materials matter. Width matters. Shape matters enormously.

And traditional girth designs - even expensive, well-made ones - often create significant biomechanical compromises because they were designed without full understanding of equine anatomy and movement, or because they prioritise human convenience over equine comfort.

This is where WOW Saddles' girth innovations represent a genuine breakthrough. The WOW H-Girth and WOW Freespace Girth were engineered specifically to address the anatomical and biomechanical problems created by traditional girth designs.

And here's something important: WOW girths aren't just for WOW saddles. They're designed to work with any saddle, providing the same anatomical benefits and biomechanical advantages regardless of your saddle brand.

In this comprehensive guide, we'll explore the anatomy and biomechanics of the horse's girth area, examine how different traditional girth types create various pressure patterns and problems, discuss how girths can actually force saddles out of optimal position, understand the elastic problem that plagues many designs, and discover how WOW girths solve these issues through genuine anatomical engineering.

Understanding the Girth Area: Anatomy and Biomechanics

Before examining girth designs, we need to understand what the girth is actually interacting with and why this matters so profoundly.

The Anatomical Landscape:

The area where the girth sits is biomechanically complex and critically important:

Sternum:

• The breastbone at the base of the chest
• Relatively protected by muscle
• Can tolerate moderate, well-distributed pressure
• Should not experience concentrated pressure points

Ribs:

• The rib cage must expand and contract with every breath
• Horses are obligate nasal breathers - cannot breathe through mouth
• Any restriction to rib cage expansion directly restricts breathing
• Ribs 8-18 are "floating" ribs with more movement than anterior ribs
• The girth sits primarily over these mobile ribs

Pectoral Muscles:

• Large muscle groups in the chest area
• Critical for forehand movement
• Shoulder blade movement depends on proper pectoral function
• Restriction or pressure on these muscles affects stride and movement

Latissimus Dorsi:

• Large back muscle that wraps around the barrel
• Involved in pulling the forehand and controlling shoulder
• The girth passes over this muscle
• Restriction affects movement quality

Serratus Ventralis:

• The "sling" muscle that literally suspends the horse's body between the shoulder blades
• Absolutely critical for carrying rider weight
• The girth area directly impacts this muscle
• Damage or restriction creates significant problems

Intercostal Muscles:

• Muscles between the ribs
• Essential for breathing (expanding and contracting rib cage)
• Direct girth pressure affects these muscles
• Over-restriction prevents proper respiratory function

Cutaneous Muscle:

• The "twitch" muscle under the skin
• Horses use this to shake off flies
• Indicates sensitivity of the area
• Girth pressure affects this layer

Skin and Fascia:

• Thin skin in girth area, particularly at the elbow
• Sensitive and prone to rubbing
• Fascia (connective tissue) can be damaged by concentrated pressure
• Creates long-term sensitivity

Nerves and Blood Vessels:

• Multiple nerve pathways run through girth area
• Blood vessels supplying front end
• Pressure can affect circulation and nerve function
• Can create pain, numbness, or dysfunction

The Biomechanical Reality:

Every Stride:

• The shoulder blade rotates backward approximately 20-30 degrees
• The pectoral muscles contract and release
• The rib cage expands and contracts
• The skin and fascia shift and move
• All of this happens underneath the girth

The Girth Must:

• Remain secure enough to hold the saddle
• Allow unrestricted breathing (rib cage expansion)
• Not interfere with shoulder movement
• Not create pressure on sensitive structures
• Not restrict muscle function
• Accommodate the constant movement happening beneath it

The Challenge:

Create a girth that's secure enough to hold a saddle with rider weight, whilst allowing all this natural movement and not creating damaging pressure points.

Traditional girth designs often fail this challenge in various ways.

What Happens When a Girth Gets It Wrong:

Restricted Breathing:

• Girth too tight or incorrectly positioned restricts rib cage expansion
• Horse cannot take full breaths
• Oxygen intake reduced
• Performance limited
• Fatigue increases
• Stress and anxiety heightened

Muscle Restriction:

• Pressure on pectoral muscles restricts their function
• Shoulder movement becomes limited
• Stride length reduces
• Horse feels restricted and uncomfortable
• Compensatory movement patterns develop

Pressure Points:

• Concentrated pressure creates pain
• Horse becomes "girthy" - resistant to having girth tightened
• May threaten to bite, move away, or show tension
• Develops negative associations with being saddled
• Can create white hairs or sores indicating tissue damage

Nerve Compression:

• Pressure on nerve pathways creates numbness or pain
• Can cause unusual behaviours or sensitivities
• May create "cold-backed" behaviour
• Can affect areas beyond immediate girth location

Circulatory Restriction:

• Blood flow to forehand restricted
• Can cause swelling or heat
• Affects muscle function and recovery
• Creates discomfort and sensitivity

Altered Saddle Position:

• Girth pulls saddle into different position (we'll explore this extensively)
• Carefully fitted saddle no longer sits correctly
• All the fitting work undermined by girth design

Understanding this anatomical complexity helps explain why girth design matters so profoundly.

Traditional Girth Types: Different Designs, Different Problems

Let's examine common girth designs and the specific issues each creates:

Straight Girths: The Traditional Standard

Design:

• Simple, straight piece of leather or synthetic material
• Same width throughout length
• Buckles at both ends
• No shaping or anatomical considerations

Pressure Pattern:

Straight girths create:

• Even pressure across entire width
• Concentrated pressure at edges where girth meets horse
• No accommodation for elbow movement
• Direct pressure on pectoral muscles throughout

Problems Created:

1. Elbow Interference: The straight design sits directly in the path of the elbow's movement, creating:

• Rubbing and chafing at the elbow
• Restriction of front leg movement
• Shortened stride
• Girth sores behind elbow (very common)
• Horse reluctance to extend front legs

2. Uniform Pressure Distribution: Whilst even pressure sounds positive, it actually creates issues:

• No accommodation for anatomical variation
• Pressure applied equally to sensitive and less-sensitive areas
• Cannot distribute weight optimally based on anatomy

3. Rib Cage Restriction: The straight design, when tightened, restricts:

• Natural rib cage expansion
• Full breathing capacity
• Can create anxiety and tension

4. Pectoral Muscle Pressure: Direct, even pressure on pectoral muscles throughout:

• Restricts muscle function
• Affects shoulder movement
• Limits forehand freedom

Best For:

• Horses with very standard, uncomplicated conformation
• Light work where biomechanical optimisation isn't critical
• Situations where other options aren't available

Not Ideal For:

• Horses with sensitive skin
• Horses prone to girth sores
• Performance situations requiring optimal movement
• Horses who are "girthy" or resistant

Shaped/Anatomical Girths: The Partial Solution

Design:

• Curved or contoured shape
• Usually cut back at elbow area
• Often narrower in middle, wider at ends
• Attempts to follow horse's barrel shape

Common Variations:

Dressage-Style Contoured:

• Significant cutaway at elbows
• Wider through middle for stability
• Often quite short (for long girth straps)

All-Purpose Shaped:

• Moderate contouring
• Medium length
• Attempts to balance security with comfort

Pressure Pattern:

Shaped girths distribute pressure differently:

• Reduced pressure at elbows (where cut away)
• Concentrated pressure where girth is wider
• Variable pressure along length

Advantages Over Straight:

1. Reduced Elbow Interference: The cutaway design specifically addresses the elbow problem:

• Less rubbing and chafing
• Improved freedom of movement
• Fewer girth sores
• Better stride extension

2. Follows Barrel Shape: The contouring attempts to work with the horse's shape:

• More comfortable than straight pressing against curves
• Better weight distribution potential

3. Often More Comfortable: Many horses work better in shaped girths than straight:

• Reduced restriction
• Better accommodation of movement
• Less pressure on sensitive areas

Remaining Problems:

1. Still Creates Pressure Points: Whilst better distributed, pressure points still exist:

• Where wider sections meet horse
• At edges of cutaway sections
• Can still restrict breathing and movement

2. Generic Shaping: Shaped for "average" horses, not individual anatomy:

• May not match your horse's specific shape
• Cutaways may not align with your horse's elbows
• Wider sections may not sit optimally for your horse

3. Material and Construction Issues: Many anatomical girths use:

• Stiff leather that doesn't conform well
• Synthetic materials that don't breathe
• Edge finishing that can still rub

4. The Saddle Position Problem: (We'll explore this extensively in the next section)

Best For:

• Most horses - generally better than straight girths
• Horses with sensitive elbows
• Performance work requiring better movement
• Horses who've had girth sore issues with straight girths

Still Problematic For:

• Horses with very sensitive skin or musculature
• Horses with unusual conformations
• Horses requiring optimal biomechanical performance
• Horses where even anatomical girths cause issues

Stud Guard Girths: The Safety Addition

Design:

• Extended leather or synthetic panel at centre
• Hangs down to protect horse's chest
• Otherwise similar to standard girth designs

Purpose: Protects horse from rider's boot studs, spurs, or tack hooks.

Additional Consideration: The stud guard adds:

• Extra weight at centreline
• Additional material against chest
• Can affect pressure distribution slightly

Not a Comfort Innovation: Stud guards serve a safety function, not a comfort or biomechanical function. They can be added to various girth types but don't address the fundamental pressure and restriction issues.

String Girths: The Airflow Solution

Design:

• Multiple cord or string sections instead of solid piece
• Allows air circulation
• Supposedly reduces pressure through distributed contact

Theory: The string design should:

• Reduce solid pressure
• Allow better air flow
• Prevent overheating and sweating

Reality:

Advantages:

• Good air circulation
• Less sweating under girth area
• Can be comfortable for some horses

Problems:

• Strings can create concentrated pressure lines
• Dirt and debris get caught in strings
• Difficult to keep clean
• Can still restrict breathing and movement
• Don't address fundamental biomechanical issues
• Often less stable than solid girths

Best For:

• Horses who sweat excessively
• Hot climates
• Horses who've been comfortable in string girths

Not Ideal For:

• Horses with very sensitive skin (string pressure can hurt)
• Competitive situations requiring maximum security
• Horses who need optimal pressure distribution

Fleece or Neoprene Covered Girths: The Padding Approach

Design:

• Standard girth (straight or shaped) with soft covering
• Fleece (natural or synthetic)
• Neoprene
• Other soft materials

Theory: The padding should:

• Cushion pressure
• Prevent rubbing
• Increase comfort

Reality:

Advantages:

• Soft against skin
• Can prevent chafing in some cases
• Easy to clean (neoprene) or wash (fleece)
• Can help horses with sensitive skin

Problems:

1. Doesn't Address Pressure Pattern: Padding makes the pressure softer but doesn't change where or how much pressure exists:

• Still creates same restriction patterns
• Still affects breathing and movement
• Just makes it slightly more comfortable

2. Can Create Heat and Sweating: Particularly neoprene:

• Doesn't breathe well
• Horse sweats profusely under girth
• Can cause skin issues from moisture
• Uncomfortable in warm weather

3. Fleece Maintenance: Natural fleece:

• Requires regular washing
• Can become matted and hard
• Loses softness over time
• Can harbour bacteria if not cleaned properly

4. False Comfort: The padding can mask developing problems:

• Horse might tolerate poor girth design longer
• Underlying restriction and pressure still occurring
• Problems develop before becoming obvious

Best For:

• Horses with very thin skin
• Temporary use while addressing girth sores
• Easy-care option (neoprene)

Not Solving:

• Fundamental pressure and restriction issues
• Biomechanical problems
• Saddle position problems

Gel Girths: The Modern Cushioning

Design:

• Gel inserts or panels
• Supposed to distribute pressure
• Conform to horse's shape

Theory: Gel should:

• Mould to individual horse
• Distribute pressure more evenly
• Cushion sensitive areas

Reality:

Advantages:

• Can be more comfortable than hard materials
• Does conform somewhat to shape
• Reduces pressure points compared to hard leather

Problems:

1. Gel Can Shift:

• Moves within girth during work
• Can create uneven pressure
• May bunch or concentrate in areas

2. Heat Retention:

• Gel doesn't breathe well
• Can cause sweating
• Uncomfortable in warm conditions

3. Durability:

• Gel can break down over time
• Panels can leak or rupture
• Expensive to replace

4. Still Traditional Design:

• Usually just gel added to traditional girth shape
• Doesn't address fundamental biomechanical issues
• Padding a problem rather than solving it

Best For:

• Horses who need cushioning
• Riders wanting modern materials
• Horses who've responded well to gel

Still Not Addressing:

• Optimal pressure distribution through design
• Biomechanical restriction issues
• Saddle position problems

None of these traditional approaches truly solve the fundamental problems because they're working within flawed design parameters.

The Elastic Problem: Moving Pressure Points

Many girths - across all the types above - incorporate elastic sections. This deserves special attention because the elastic problem is widespread and poorly understood.

Where Elastic Appears:

One End:

• Often on one end only (usually near side)
• Allows some "give" when tightening

Both Ends:

• Elastic at both ends
• Maximum "give" and expansion

Centre Insert:

• Elastic section in middle of girth
• Allows expansion at centreline

The Theory Behind Elastic:

Elastic in girths is supposed to:

• Allow for breathing (rib cage expansion)
• Reduce need for re-tightening during work
• Make horse more comfortable
• Accommodate movement

Sounds beneficial, right?

The Reality: Constant Pressure Migration

Here's what actually happens with elastic in girths:

The Expansion-Contraction Cycle:

Horse Breathes In:

• Rib cage expands
• Elastic stretches
• Girth loosens slightly
• Pressure decreases

Horse Breathes Out:

• Rib cage contracts
• Elastic contracts
• Girth tightens
• Pressure increases

With Every Single Breath:

• This cycle repeats
• Elastic expands and contracts
• Pressure increases and decreases
• Contact points shift

The Problem:

This creates constantly moving pressure points because:

1. Pressure Isn't Stable: Unlike a correctly-fitted non-elastic girth that maintains consistent, appropriate pressure, elastic creates fluctuating pressure.
2. The Contact Edge Shifts: As the elastic expands and contracts, the edge where the girth contacts the horse shifts position:

• Expands: Edge moves outward, pressure reduces
• Contracts: Edge moves inward, pressure concentrates

1. Repetitive Stress: Thousands of breaths per ride means thousands of pressure fluctuations:

• Skin experiences constant rubbing
• Muscles experience pulsing pressure
• Fascia experiences repetitive stress

1. Cannot Habituate: The horse cannot habituate to the pressure because it's never constant:

• Always changing
• Always shifting
• Never stable enough to accommodate

Where the Damage Occurs:

Immediately Behind Elastic:

The area just behind the elastic section experiences the most problematic pressure:

When Elastic Contracts:

• Girth pulls tighter
• Pressure concentrates at the edge of elastic section
• Creates a pressure "line" or concentrated point

When Elastic Expands:

• Pressure releases
• Then re-applies when contracts

The Result:

Rubbing and Sores:

• The shifting pressure creates friction
• Rubbing occurs precisely where elastic ends
• Girth sores develop in predictable patterns

Muscle Irritation:

• Constant pressure fluctuation irritates muscles
• Cannot function optimally
• Creates soreness and sensitivity

Behavioural Changes:

• Horse becomes sensitive in that area
• "Girthy" behaviour develops
• Resistance to tightening
• Tension when girth touched

Visible Signs:

• White hairs where pressure concentrates
• Sores or rubs at elastic transition points
• Swelling or heat
• Obvious sensitivity when touched

The "Both Ends" Problem:

Girths with elastic at both ends create double the problem:

• Pressure shifts at both ends
• Twice as many constantly moving pressure points
• More areas of potential rubbing and damage

The Centre Elastic Problem:

Girths with elastic in the centre create different but equally problematic issues:

The Sternum Area:

• Elastic positioned over sternum
• Constantly expanding and contracting
• Shifts pressure at chest

Breathing Restriction:

• When elastic contracts, it pulls tighter over the sternum area
• Can restrict breathing more than non-elastic
• Creates pressure on a relatively protected but important area

The False Economy:

Riders choose elastic girths thinking:

• "My horse can breathe better"
• "I don't need to re-tighten as often"
• "It's more comfortable"

But actually:

• The constant pressure fluctuation creates more problems than it solves
• The convenience for rider (not re-tightening) comes at cost to horse
• The "breathing accommodation" creates rubbing and pressure issues

When Elastic Might Be Acceptable:

Very Limited Scenarios:

High-Quality Elastic:

• Very soft, high-grade elastic that moves easily
• Minimal resistance

Minimal Length:

• Very short elastic sections
• Reduces amount of pressure migration

Specific Temporary Use:

• Very short rides
• Horses who genuinely cannot tolerate any girth tightening (rare)

Better Solution:

Rather than using elastic to accommodate breathing, use a correctly designed girth that accommodates breathing through shape and positioning, not through elastic that creates moving pressure points.

This is exactly what WOW girths achieve.

How Girths Force Saddles Out of Position

This is one of the least understood but most significant problems created by inappropriate girth choice: the girth can actually pull your carefully fitted saddle out of its optimal position.

The Saddle-Girth Relationship:

How It Should Work:

The saddle should sit in its optimal position based on:

• Horse's conformation
• Proper tree width and angle
• Correct panel contact
• Appropriate girth strap positioning (see our girthing guide)

The girth strap position is carefully configured to:

• Maintain saddle in correct position
• Provide stability
• Allow proper weight distribution

The girth attaches to these straps and should:

• Secure the saddle without moving it
• Allow the straps to do their job of holding position
• Not interfere with optimal placement

How It Actually Works (Too Often):

Many girths, through their design and inherent characteristics, force the girth straps into alignment with the girth's shape and tension, rather than allowing the straps to maintain the saddle's optimal position.

The Mechanism of the Problem:

Scenario 1: Shaped Girth with Strong Curve

The Setup:

• Saddle correctly positioned
• Girth straps properly positioned for horse's girth groove (see our comprehensive girthing article)
• Anatomical girth with pronounced shape

What Happens:

1. Girth Applied: The shaped girth has a specific curve built into its design.
2. Tightening Creates Force: When tightened, the girth's shape creates directional forces - the curve wants to sit in a specific position relative to the horse's barrel.
3. Girth Pulls Straps: If the girth's curve doesn't perfectly match where the saddle's straps are positioned, the girth's tension pulls the straps into alignment with its shape rather than maintaining the saddle's optimal position.
4. Saddle Shifts: The girth straps, being pulled by the girth's forces, pull the saddle:

• Forward (if girth curve pulls that direction)
• Backward (if curve pulls that direction)
• To one side (if asymmetrical forces)

1. Optimal Position Lost: The saddle is no longer in the carefully determined optimal position - it's been pulled into wherever the girth forces dictated.

The Frustration:

You have the saddle professionally fitted. The fitter achieves perfect positioning. You ride, and the saddle migrates forward or backward. You assume the fitting was wrong or the saddle doesn't suit your horse.

But actually, the girth is pulling the saddle out of position.

Scenario 2: Very Stiff or Rigid Girth

The Problem:

Stiff girths (particularly thick, hard leather or very structured girths) don't conform to the horse's shape or the saddle's positioning - they maintain their own shape and force everything else to accommodate them.

What Happens:

Rigid Girth Applied: The stiff girth has its own inherent shape and won't flex to accommodate the horse's individual conformation or the saddle's position.

Tightening Creates Dominance: The rigid girth, when tightened, becomes the dominant force:

• Horse's barrel must accommodate girth shape (creates pressure)
• Saddle straps must align with girth (pulls saddle)
• Neither horse nor saddle can influence girth - girth dictates

Result:

• Saddle pulled into position dictated by girth, not optimal position
• Horse experiences pressure where rigid girth doesn't match shape
• Both saddle fit and horse comfort compromised

Scenario 3: Asymmetrical Girth Forces

The Reality:

Many horses are slightly asymmetrical (one shoulder higher, one side more developed, natural crookedness). Professional saddle fitting accounts for this.

Many girths, however, apply symmetrical forces.

What Happens:

Asymmetrical Horse, Symmetrical Girth: The girth applies equal pressure/tension on both sides, but the horse's barrel isn't symmetrical.

Unequal Response: The side with different conformation responds differently to the pressure:

• One side compressed more
• Other side compressed less
• Creates rotational force

Saddle Rotates: The asymmetrical pressure creates torque:

• Saddle twists slightly
• May tip to one side
• Rider feels unbalanced

Carefully Fitted Saddle Compromised: The fitting accounted for the asymmetry, but the girth has created new asymmetrical forces that undo the fitting work.

Scenario 4: Wrong Girth Length

Too Short:

A girth that's too short creates excessive upward pull:

• Straps pull more vertically than ideal
• Creates lifting force on saddle
• Can pull saddle into incorrect angle
• Buckles may sit too high, creating pressure under saddle flap

Too Long:

A girth that's too long creates excessive downward pull:

• Straps pull more downward than ideal
• Can pull saddle down into wrong position
• Buckles may sit too low, affecting strap angle

Either Way: The girth length affects the angle of pull on the straps, which affects how the saddle sits.

The Insidious Nature:

This problem is insidious because:

1. It's Gradual: The saddle doesn't immediately jump out of position. It gradually shifts during work as the girth forces take effect.

2. It's Blamed on Other Factors:

• "The saddle doesn't fit"
• "My horse has changed shape"
• "The saddle was never right"

When actually, the saddle fit is fine - the girth is the problem.

3. It's Inconsistent: The amount of shifting depends on:

• How tightly girth is fastened
• How much the horse moves
• Terrain and work type
• How stiff or shaped the girth is

This inconsistency makes it hard to identify the girth as the culprit.

4. It Undermines Professional Fitting: You invest in professional saddle fitting, and the girth undermines it. The fitter might not identify the girth as the problem if it's not present during fitting or if it's effects aren't immediately obvious.

The Solution:

The girth should conform to the saddle's positioning and the horse's shape, not force them to conform to it.

This requires:

• Flexible design that accommodates individual shape
• Appropriate stiffness (firm enough for security, soft enough to conform)
• Shape that works with anatomy rather than against it
• Engineering that supports optimal positioning rather than dictating it

This is exactly what WOW girths achieve through their revolutionary design.

The WOW Solution: Anatomically Engineered Girths

WOW Saddles recognised that traditional girth designs - even expensive, "anatomical" ones - create fundamental problems that cannot be solved through minor modifications to flawed designs.

Their solution: completely rethink girth design from the ground up, using genuine anatomical and biomechanical engineering principles.

The result: the WOW H-Girth and WOW Freespace Girth.

Critical Point: These girths work with any saddle, not just WOW saddles. The anatomical benefits apply regardless of your saddle brand.

The WOW H-Girth: Biomechanical Innovation

The Design:

The H-Girth features a distinctive H-shaped configuration:

Central H-Structure:

• Vertical support pieces connected by horizontal bridge
• Creates genuine space in critical areas
• Distributes pressure through structure rather than continuous contact

Shaped Arms:

• Curve to follow horse's barrel naturally
• Cut away at elbows
• Wider where pressure can be tolerated, narrower where it cannot

No Elastic:

• Fixed, stable pressure
• No constantly moving pressure points
• Horse can habituate to consistent contact

High-Quality Materials:

• Supple leather that conforms
• Or technical synthetic that's soft yet durable
• Excellent edge finishing to prevent rubbing

How the H-Girth Solves the Problems:

1. Eliminates Moving Pressure Points:

No Elastic Means:

• Stable, consistent pressure
• No expansion-contraction cycles
• No shifting contact edges
• No repetitive stress rubbing

Horse Experiences:

• Predictable contact they can accommodate
• Ability to habituate to girth
• No constantly changing stimuli
• Significantly reduced rubbing and irritation

2. Accommodates Breathing:

The H-Structure Creates:

• Physical space at the sternum area
• Room for rib cage expansion
• No restriction of intercostal muscles
• Unrestricted respiratory function

Unlike Elastic:

• Doesn't achieve breathing accommodation through moving parts
• Creates space through design rather than stretching
• No moving pressure points as consequence

3. Reduces Pectoral Muscle Restriction:

The Shape and Structure:

• Reduces continuous pressure on pectoral muscles
• H-design means less surface area in constant contact
• Pressure distributed through structure rather than continuous band
• Muscles can function more naturally

Horse Can:

• Move shoulders more freely
• Extend stride more fully
• Work without muscular restriction

4. Prevents Girth from Forcing Saddle Position:

The Supple, Conforming Design:

• Girth conforms to horse's shape and saddle's position
• Doesn't create strong directional forces
• Accommodates rather than dictates
• Allows girth straps to hold saddle in optimal position

The Result:

• Saddle stays where fitted
• Girth strap positioning can do its job (see our girthing position guide)
• No gradual migration during work
• Professional fitting preserved

5. Distributes Pressure Optimally:

The H-Structure:

• Pressure goes through the vertical supports
• Horizontal bridge distributes load
• Less contact area but better pressure distribution
• Engineering rather than padding approach

Creates:

• Reduced total pressure on horse
• Better distribution where pressure exists
• Less restriction overall

6. Elbow Freedom:

Significant Cutaway:

• Designed specifically to clear elbow movement
• Tested with horses in motion
• Provides genuine freedom of movement

Horse Experiences:

• No rubbing at elbow
• Full stride extension
• No restriction of front leg movement
• No girth sores in elbow area

The WOW Freespace Girth: The Ultimate in Anatomical Design

The Freespace Girth takes WOW's anatomical engineering even further:

The Design:

Extreme Contouring:

• Even more shaped than H-Girth
• Maximum accommodation of anatomy
• Extensive cutaways at critical areas

Freespace Technology:

• Creates literal "free space" around most sensitive areas
• Pressure applied only where anatomy can tolerate it
• No pressure on areas that should be pressure-free

Advanced Materials:

• Technical fabrics that breathe
• Exceptional softness against skin
• Durability without stiffness

No Elastic:

• Same stable pressure principle as H-Girth
• No moving pressure points

How the Freespace Girth Advances the Solution:

1. Maximum Breathing Freedom:

The extensive shaping creates:

• Even more space for rib cage expansion
• Absolute minimum restriction
• Optimal respiratory function

For Performance Horses:

• Maximum oxygen intake
• No respiratory limitation
• Full athletic capacity

2. Superior Muscle Freedom:

The advanced contouring:

• Minimises contact with pectoral muscles
• Allows completely unrestricted shoulder function
• Provides freedom for latissimus dorsi
• Enables optimal biomechanical function

For All Horses:

• Maximum movement freedom
• Natural, unrestricted gaits
• Full extension and collection capacity

3. Ultimate Pressure Distribution:

The Freespace design:

• Applies pressure only where anatomy is designed to receive it
• Completely frees sensitive areas from any pressure
• Creates truly anatomically optimal pressure pattern

Horse Experiences:

• Comfort at levels not achievable with traditional girths
• Ability to work without any restriction
• Performance optimisation through equipment

4. Perfect Position Preservation:

The supple, conforming nature:

• Absolutely will not force saddle out of position
• Works with any saddle's girth strap configuration
• Supports optimal saddle positioning
• Preserves professional fitting work

Real-World WOW Girth Results:

Case Study 1: The Girthy Mare

Horse:

• 7-year-old warmblood mare
• Extremely "girthy" - threatened to bite when girthed
• Developed sores despite trying multiple girth types
• Resistant and tense during saddling

Traditional Girths Tried:

• Straight leather: Sores at elbow
• Shaped anatomical: Less sores but still girthy behaviour
• Elastic both ends: Sores at elastic transition points
• Fleece-covered: Slight improvement but still resistant

WOW H-Girth Solution:

Immediate Changes:

• Accepted girthing without threatening to bite (first time in 2 years)
• No resistance or tension during saddling
• No sores developed

Within 2 Weeks:

• Completely relaxed about being girthed
• No defensive behaviour
• Moving more freely during work

Owner's Testimony:

"I thought my mare just had a bad attitude about being girthed. I'd tried expensive girths, padding, gradual desensitisation - nothing worked. Within one ride in the WOW H-Girth, she accepted it calmly. The moving pressure points from the elastic in my previous girth had been creating constant irritation. The WOW's stable pressure and anatomical design solved it completely. She's a different horse."

Case Study 2: The Restricted Mover

Horse:

• 10-year-old dressage horse
• Talented but not reaching potential
• Restricted forehand movement
• Stiffness through shoulder

Assessment:

• Saddle fit: Perfect
• Veterinary check: Sound
• Training evaluation: Working correctly

Girth:

• Traditional shaped girth with elastic both ends
• Creating pectoral muscle restriction
• Elastic creating moving pressure points

WOW Freespace Girth Solution:

Immediate Impact:

• Noticeably freer shoulder movement
• Extended trot improved
• Less resistance to forward movement

Within 1 Month:

• Significant improvement in extension
• Better collection through unrestricted shoulders
• Overall scores improving

Rider's Testimony:

"We'd exhausted all other possibilities. The saddle fit perfectly, he was sound, training was correct. The WOW Freespace Girth was honestly a last-try solution. The difference in his movement was immediate and obvious. His shoulders are now working freely - the traditional girth, even though it was 'anatomical,' was creating enough restriction to limit his movement. His scores have improved across the board."

Case Study 3: Saddle Position Problems

Horse:

• 5-year-old warmblood gelding
• Beautifully fitted saddle
• Saddle consistently migrating forward during work

Assessment:

• Saddle fit: Excellent
• Girth strap position: Correct for horse's girth groove (see our girthing guide)
• Problem: Shaped girth with very stiff construction pulling saddle forward

Traditional Solutions Attempted:

• Different saddle: Same problem (confirming saddle wasn't the issue)
• Different girth strap configuration: Minimal improvement
• Various other girths: Problem persisted

WOW H-Girth Solution:

Immediate Result:

• Saddle stayed in position throughout work
• No forward migration
• Stable throughout all gaits and movements

Understanding:

The traditional stiff, shaped girth had been forcing the saddle forward through its inherent shape and rigidity. The WOW H-Girth's supple, conforming design allowed the saddle to stay where it was fitted, with the girth straps holding it correctly.

Fitter's Comment:

"This is a perfect example of girth forcing saddle position. The saddle fit was excellent, but the girth was undermining it. The WOW H-Girth conforms to the horse and saddle rather than forcing them to conform to it. The problem completely resolved."

Why WOW Girths Work with Any Saddle:

Universal Compatibility:

WOW girths are designed to work with:

• Any saddle brand
• Any girth strap configuration
• Traditional or modern designs
• Dressage, GP, or jumping saddles

The Anatomical Benefits Apply Universally:

Regardless of saddle brand:

• The horse's anatomy doesn't change
• The biomechanical requirements don't change
• The pressure distribution needs don't change
• The breathing accommodation needs don't change

WOW girths provide these benefits with any saddle.

Not Just for WOW Saddles:

Whilst WOW girths are designed to work perfectly with WOW's modular saddle system, they're equally beneficial with:

• County saddles
• Voltaire saddles
• Albion saddles
• Any traditional brand
• Any modern brand

The engineering and anatomical benefits transfer to any combination.

Available Specifications:

WOW girths come in:

• Various lengths (accommodate different saddle types and strap lengths)
• Dressage and GP styles
• Leather and synthetic options
• Suitable for any discipline

Learn more about WOW girth specifications on their products page.

Making the Change: Transitioning to WOW Girths

Assessing Whether You Need a Different Girth:

Signs Your Current Girth Is Problematic:

For Your Horse:

• "Girthy" behaviour (ears back, threatening to bite, moving away)
• Girth sores or rubs, particularly at elbows or behind elastic sections
• White hairs in girth area (indicating pressure damage)
• Restricted movement or shortened stride
• Saddle migrating during work despite good saddle fit
• Tension or resistance during saddling
• Sensitivity when girth area touched

For Your Saddle:

• Saddle consistently moves out of position
• Professional fitting doesn't stay stable during work
• Girth seems to pull saddle forward or backward
• Saddle tips or rotates despite correct fit

For Performance:

• Not achieving expected extension or collection
• Stiffness through forehand
• Breathing seems laboured during work
• Not progressing despite correct training

If you recognise multiple signs, your girth may be creating problems.

Choosing Between H-Girth and Freespace:

WOW H-Girth:

Best For:

• Most horses - excellent all-around anatomical girth
• Horses with sensitivity or girth sores
• Horses showing restriction in movement
• Horses who are "girthy"
• General riding to competition work
• Any discipline

Advantages:

• Exceptional anatomical design
• No elastic, stable pressure
• Excellent pressure distribution
• Superior to any traditional girth
• More affordable than Freespace

WOW Freespace Girth:

Best For:

• Performance horses requiring absolute optimal biomechanics
• Horses with extreme sensitivity
• Horses who need maximum breathing capacity
• Competition at higher levels
• Horses who haven't fully resolved issues with H-Girth (though this is rare)

Advantages:

• Ultimate anatomical design
• Maximum freespace in critical areas
• Absolute optimal pressure distribution
• Peak performance optimisation

Price Consideration:

• Freespace is premium pricing
• H-Girth provides exceptional results for most horses at lower cost
• Step up to Freespace if absolute maximum optimisation needed

The Fitting Process:

Length:

WOW girths come in various lengths:

• Measure your current girth
• Consider your saddle's girth strap length (long or short straps)
• Consult sizing guides on WOW website

At The Fitted Horse: We can help you determine correct girth length during consultations.

Style:

• Dressage style for dressage saddles with long straps
• GP style for GP and jumping saddles
• Match to your saddle type

Material:

• Leather: Traditional, requires maintenance, very supple
• Synthetic: Easy care, durable, excellent performance

What to Expect:

Immediate Changes:

Most horses show immediate positive response:

• Calmer during girthing
• More relaxed
• Freer movement
• Saddle stability improved

Within First Week:

• Behavioural improvements consolidate
• Horse associates girthing with comfort rather than discomfort
• Movement improvements become obvious
• Any girth sores begin healing

Longer Term:

• Complete resolution of girth-related issues
• Optimal movement maintained
• Performance improvements sustained
• Horse remains comfortable and willing

Care and Maintenance:

Leather WOW Girths:

• Clean after each use with damp cloth
• Condition regularly with quality leather care products
• Check stitching and hardware periodically
• Will last many years with proper care

Synthetic WOW Girths:

• Wipe clean after each use
• Wash regularly according to manufacturer instructions
• Check hardware and attachment points
• Very durable and easy to maintain

Both Types:

• Check for any wear or damage before each use
• Ensure buckles functioning correctly
• Replace if any structural concerns

With proper care, WOW girths last many years whilst maintaining their anatomical benefits.

The Investment: WOW Girths vs. Traditional

Cost Comparison:

Traditional Girths:

• Basic leather girth: £40-80
• Quality anatomical girth: £100-180
• Premium brand anatomical: £180-250
• High-end with gel/special features: £200-300+

Replacement Frequency:

• Budget girths: 1-2 years
• Quality girths: 3-5 years
• Premium girths: 5+ years

Over 10 Years (Realistic Riding Timeframe):

Budget Approach:

• 5-6 girths at £60 average = £300-360

Quality Approach:

• 2-3 girths at £150 average = £300-450

Premium Traditional:

• 2 girths at £250 = £500

WOW Girths:

• WOW H-Girth: £180-220 (depending on size/material)
• WOW Freespace: £280-320

Longevity:

• 10+ years with proper care
• Superior construction and materials

Over 10 Years:

• One WOW H-Girth: £180-220
• One WOW Freespace: £280-320

The Value Calculation:

Financial:

WOW H-Girth comparable to or less expensive than repeatedly purchasing quality traditional girths, whilst providing superior benefits.

WOW Freespace similar cost to premium traditional approach, whilst providing benefits no traditional girth can match.

Welfare and Performance:

Beyond direct cost comparison:

Problem Resolution:

• Eliminates girth sores (veterinary costs, time off)
• Resolves restriction issues (training progress, competition success)
• Prevents saddle position problems (protects saddle fitting investment)

Performance Improvement:

• Better movement enables better training
• Improved scores or performance
• Shortened training timelines
• Enhanced partnership

Horse Wellbeing:

• Significant comfort improvement
• Reduced stress and tension
• Better quality of life
• Enhanced willingness and partnership

Peace of Mind:

• Confidence in equipment
• No ongoing girth-related issues
• Protection of other investments (saddle fitting)

The Real Investment:

You're Not Just Buying a Girth:

You're investing in:

• Superior horse welfare
• Optimal biomechanical function
• Protection of saddle fitting investment
• Long-term performance optimisation
• Resolution of ongoing problems
• Peace of mind about equipment

From This Perspective:

WOW girths aren't expensive - they're exceptional value.

Conclusion: The Girth Revolution

For too long, girths have been the overlooked component of saddle fitting. We invest thousands in perfect saddles, hundreds in professional fitting, and then fasten a girth that:

• Creates pressure points and restriction
• Forces the saddle out of optimal position
• Limits the horse's breathing and movement
• Causes pain, sores, and resistance

We accept "girthy" behaviour as personality rather than pain. We blame saddles for migration when girths are pulling them. We wonder why our horses don't move freely when girths are restricting their muscles.

Traditional girth designs - even expensive, "anatomical" ones - cannot solve these problems because they're working within fundamentally flawed design parameters.

Straight girths create pressure everywhere. Shaped girths create pressure in different places. Elastic creates constantly moving pressure points. Stiff constructions force saddles out of position. None truly accommodate the horse's anatomy and biomechanics optimally.

WOW Saddles recognised this and completely rethought girth design from the ground up.

The WOW H-Girth and WOW Freespace Girth were engineered using genuine anatomical and biomechanical principles:

They eliminate moving pressure points through no-elastic, stable design.

They accommodate breathing through shape and space, not stretching materials.

They free muscles through anatomical contouring and minimal contact.

They preserve saddle position through conforming, supple construction.

They distribute pressure optimally through engineering rather than padding.

And they work with any saddle - these benefits aren't limited to WOW saddles alone.

The difference is real:

• Horses who were "girthy" accept girthing calmly
• Horses with chronic sores heal and stay healed
• Horses with restricted movement work freely
• Saddles stay in fitted position
• Performance improves across all disciplines

The investment makes sense:

• Comparable cost to quality traditional girths
• Superior longevity
• Benefits that far exceed cost
• Protection of other investments

At The Fitted Horse, we've seen WOW girths transform horses' comfort and performance. We've seen years of "girthy" behaviour resolve in a single ride. We've seen movement restriction disappear when muscles are finally free to function. We've seen carefully fitted saddles finally stay in position when girths stop forcing them around.

Your horse deserves equipment that supports their welfare, not compromises it.

Your carefully fitted saddle deserves a girth that preserves its position, not undermines it.

Your investment in training and performance deserves equipment that optimises rather than restricts.

WOW girths provide all of this - and they work with whatever saddle you ride in.

The girth revolution is here. The only question is: are you ready to experience what genuine anatomical engineering can do for your horse?

Ready to revolutionise your horse's comfort and performance? Contact The Fitted Horse to discuss WOW girths and which option would best suit your horse's needs. We stock both H-Girths and Freespace Girths and can help you make the right choice.

Your horse has been trying to tell you something about that girth. Are you ready to listen?

Contact The Fitted Horse today.

Learn More:

• WOW Saddles Official Website
• WOW H-Girth Product Page
• WOW Freespace Girth Product Page
• WOW Girths Collection

Related Articles from The Fitted Horse:

• The Critical Role of Girthing in Saddle Fit: Strap Position Matters
• Understanding Saddle Headplates: Why Shape Matters as Much as Size
• The WOW Saddle System: Modular Components, Perfect Fit