9 Most Common Sports Injuries in Western Performance Horses: Risk Factors, Treatment & Prevention

Western performance horses are known for their agility, strength, and speed; traits that make them excel in activities such as barrel racing, reining, roping, and cutting.

These demanding rodeo disciplines push horses to their physical limits, requiring explosive acceleration, abrupt stops, high-speed turns, and rapid spins. Western pleasure horses also experience unique stresses from the ultra-slow gaits that are featured in this discipline.

Whether it’s due to the intense training regimen, the strain of competition, or the natural athleticism required, western horses are prone to specific types of injuries that can impact their competition performance or potentially lead to early retirement.

Understanding these common injuries is key to ensuring the well-being and longevity of these incredible sport horses. Read on to discover the unique demands of Western riding disciplines and learn key prevention strategies to keep you and your equine partner thriving for years to come.

Injury Risk Factors in Western Horses

From the cow sense needed for calf roping and cutting, to the sheer thrill of barrel racing, to the controlled athleticism of reining, the Western performance horse is skillful and sure-footed on the ranch and in the ring. These horses display remarkable compliance and steadfast nerve under the rugged demands of intense rodeo competition.

Even the more relaxed discipline of Western pleasure riding requires its own unique skill set. While these disciplines share some common elements, each comes with its own set of injury risks due to their specialized demands. ^[1]

Despite the differences, there are several common injury risk factors that apply to most Western sport horses. These include the following movements: ^[1][2]

• Hard stops: Require the horse to place a limb forward and brace, putting the strain on the lower forelimb structures. Additionally, horses may slide to a stop, tucking their hind end underneath their body. This can increase strain on tissues in the hindlimbs, resulting in ligament and tendon injuries or arthritis.
• Fast turns: Similar to bracing for a hard stop, fast turns require the horse to pivot quickly around a planted foot, resulting in bracing against forward momentum combined with rotational forces. The combination of these forces results in even higher stress on soft tissues and bones.
• Rapid acceleration: Rapid acceleration can cause strain in the hindlimbs as the horse uses its large hindquarter muscles to power itself forward. This may result in arthritis, ligament strains, and other injuries. Hoof bruises, cracking, and foot pain also commonly result from rapid acceleration due to the concussive force associated with galloping at high speeds.

Tie-Down Roping

Tie-down calf roping has practical origins in livestock management on western ranches. To brand or vaccinate a calf, it needs to be isolated from the herd and briefly held in place. Ideally, this capture-and-hold routine happens quickly to efficiently process a whole herd.

In the Western discipline of competitive roping, the horse accelerates at explosive speed so the rider can lasso a fleeing calf. The rider uses the rope in combination with the horse’s strength and positioning to gain control of the calf once it is lassoed. If successful, the horse and rider bring the calf to a complete stop in as little as 8 or 9 seconds from the start of the run. ^[3]

To finish the round, the rider dismounts at speed to upend the calf and rope three of its feet, at which point the timer stops. ^[3]

Tie-down roping is an increasingly popular sport that tests the horse’s:

• Sprinting speed
• Short-stopping power
• Conditioned strength

During roping, the horse’s limbs are loaded against the calf’s momentum. This puts stress on the horse’s musculoskeletal system, particularly the hindquarters, which are lowered and braced as a counterforce. ^[2]

Breakaway Roping

Breakaway roping is a less strenuous version of tie-down roping. In this sport, the horse stops hard after the rider throws the lasso, but the rider does not dismount. The rope is automatically released, which alleviates the bulk of forces sustained by the horse’s body in tie-down roping. ^[3]

Team Roping

Team roping features two horses and their riders working together. The “header” accelerates at full speed to catch up with a free-running steer. Once the horse is within throwing distance, the rider ropes the front of the steer (typically around its horns) while the second rider or “heeler” comes from behind to rope the hind legs. ^[3]

Horses trained in team roping need well-developed speed, stopping power, and strength to stop the steer, typically within 7 or 8 seconds from the start of the run.

Header horses tend to be heavier than heelers, which gives them enough momentum to match the size and power of the steers. This means the horse needs to be well-conditioned to stop its own momentum when making hard stops, and the concussive forces on a heavier horse’s hooves are greater than those in lighter horses.

Further, the heading horse sets the steer and pivots 90 degrees after coming to a fast stop. Since competition horses usually pivot in the same direction according to the rider’s preference, roping horses tend to rely on one front limb more than the other to complete the turn. ^[4]

Due to this directionality in the pivoting skill, roping horses tend to have one front limb in particular affected by lameness if injuries or chronic conditions develop from long-term participation in the discipline. ^[4]

Other performance changes reported for headers include failure to pull or stop the steer as required to complete the run, and stereotypic behavior in the heading box. ^[4]

Cutting

Cutting is a form of cattle work where a single calf is separated (cut) from the herd and held away for several seconds before being released back to the herd. ^[3] Cutting horses are famous for their “cow sense,” with the most successful equine athletes appearing not to need cues from the rider at all.

Cutting or ‘stock’ horses must learn to make quick stops and turns and shift balance side-to-side as necessary to keep control of the calf.

Heavy limb loading associated with maneuvering the calves make cutting horses prone to joint strain and the onset of osteoarthritis (OA), particularly in the hind limbs. ^[1] Arthritis in cutting horses is most commonly associated with the hock and stifle joints. ^[5]

In addition, heavy tack, combined with the rider attempting to remain stationary during sudden stops, turns, and bursts of speed, also predisposes cutting horses to back pain. ^[5]

Barrel Racing

Barrel racing is an outright speed event. In this sport, the horse accelerates hard, slows down, executes a hairpin turn around a barrel, and accelerates again. They go on to repeat this motion two more times around subsequent barrels before sprinting away. ^[3]

The best times are between 13 and 16 seconds, with some barrel racers reaching top speeds of over 56 miles per hour (90 km/h). ^[6]

Turning around such tight corners while decelerating creates a great deal of force (torque) on the front limbs of barrel racing horses. In addition, this sport demands short-distance speed, balance and agility from participating horses. ^[2]

As expected from the repetitive stress of tight turns, barrel horses are susceptible to forelimb lameness, forelimb foot pain and osteoarthritis of the hock joints. ^[7]

Other performance changes commonly reported for barrel racing horses included reluctance to turn, loss of speed during the timed runs, failure to change leads, and ring sourness. ^[7]

Reining

Like other Western disciplines, reining has its origins in cattle work. As a sport, reining has become highly stylized to demonstrate a mix of explosive strength and controlled responsiveness to subtle loose-rein cues.

Riders guide the reining horse through set patterns of circles, spins, rollbacks, lead changes and dramatic sliding stops, all requiring agility, balance and poise. ^[3]

Maneuvers like the 360 degree spin, where the horse whirls around the inside hindfoot as the forelimbs cross over, render the reining horse vulnerable to injuries that include: ^[2][8]

• Distal limb bone bruises
• Splints
• Coronary band injuries

Long-term study has shown the most common sites of lameness in reining horses are: ^[1]

• Distal forelimbs
• Hocks
• Stifles

Western Pleasure

Western pleasure is the ultimate smooth ride. Its slow, regular gaits feature a highly collected lope and a low head carriage that is meant to accentuate the obedient, gentle temperament of the horse. Much like cutting horses, competitive Western pleasure horses are most successful if they appear to complete their performance with little or no instruction from the rider. ^[9]

The slow gaits, heavy collection and rounded topline developed in Western pleasure horses puts demands on the horse’s core stabilizing muscles. Signs of strain may present as a decrease in performance − for example, loss of collection or a shortened stride. ^[2]

Even though Western pleasure riding is not as concussive or intense as other Western disciplines, the intense motor control required to walk at slow speed predisposes these horses to foot pain. ^[2]

Long-term, the pleasure horse can develop orthopedic conditions, particularly in joints associated with the foot and hocks. ^[2]

Top 9 Injuries in Western Performance Horses

Western rodeo sports draw some of the biggest spectator crowds in the equestrian world. The huge purses at national events add intensity to the stakes, making these contests thrilling for everyone involved. To keep sport fun and safe for all, it’s important for riders and trainers to make risk management a priority.

Here is a review of some of the most common injuries associated with Western performance horses for owners, trainers and riders to keep in mind at home and in the arena.

Soft Tissue Injuries

Soft tissue injuries in Western riding horses primarily involve damage to tendons, ligaments and muscles of the limbs. These injuries are commonly associated with: ^[2]

• Overextension
• Overexertion
• Sudden trauma (e.g., limb twisting)
• Repetitive movements over a long period
• Working on uneven or deep surfaces
• Inadequate training or conditioning
• Poor hoof conformation

1. Suspensory Ligament Desmitis

Suspensory Ligament Desmitis (SLD) is an inflammatory condition affecting the suspensory ligament, a key structure that supports the horse’s legs, often leading to pain and lameness. ^[2]

This condition often affects horses from a variety of Western sports, including: ^[2][7]

• Roping
• Barrel racing
• Reining
• Western pleasure
• Cutting

Different forms of desmitis are commonly referred to as “sprains,” and are generally the result of some form of traumatic injury or repeated strain to a ligament.

SLD may arise from overextension of the fetlock joint in the soft, deep footing common in Western performance rings. It may also be related to twisting of the lower limb, which is a risk when performing hard stops, turns or during technical maneuvering.

In reining, the sliding stop may be what triggers SLD in these athletes. ^[2] To perform this skill, the horse accelerates to the gallop before bringing the hind legs under its body and coming to a complete halt by sliding on the hind hooves.

Hindlimb SLD may initially present as lack of propulsion, shortness of stride, or lameness and is often associated with sensitivity. ^[2] Ultrasonography and diagnostic nerve blocks may help localize and reveal the extent of the injury. ^[2]

Mild cases respond well to 6–8 weeks of stall rest combined with shockwave therapy. Some cases respond well to regenerative therapies like stem cell treatments or plasma-rich platelet (PRP) infusions. More severe injuries require additional therapies and usually have a guarded prognosis for returning to athletic function. ^[2]

2. Hoof Bruises

Hoof bruises in Western performance horses are associated with repetitive concussion, sudden trauma or torsion. They are common, for example, in barrel racers. ^[2]

Owners or riders may observe the following signs of hoof bruises in sport horses: ^[2]

• Discomfort on palpation or touching the hooves
• Reluctance bearing weight on affected feet
• Hooves hot to the touch
• Discolored sole

Some cases of hoof or sole bruises are mild, and providing rest, soft footing, and ice boots may be the only intervention required. If you are unsure why your horse has hoof sensitivity, consult your veterinarian.

The treatment for hoof bruises generally involves: ^[2]

• Rest: Allowing the horse to take a break from activity is crucial for healing.
• Icing/cryotherapy: Ice boots and other types of cold packing are used to relieve pain and inflammation.
• Pain management: Depending on severity, the treating veterinarian may recommend a short course of pain killers like NSAIDs.
• Poultices: Your farrier may recommend specific products depending on your horse’s individual situation.
• Corrective shoeing: Your farrier can make changes to your horse’s hooves to take pressure off the affected area. They may also suggest different types of therapeutic shoes or packing systems to protect the hoof while it is healing.

The prognosis for hoof bruises in Western performance horses is generally good, especially when treated promptly. Most minor bruises heal within a few days with proper rest and care. ^[2]

3. Coronary Band Injuries

The coronary band is the junction between the skin of the lower leg and the hoof wall. Injuries to this soft tissue region are common in Western performance horses due to the demanding nature of their activities.

Coronary band injuries are often ‘self-imposed’ − meaning, the injury can occur when the horse steps on itself. There is greater risk of this type of incoordination when: ^[2]

• The horse loses footing or balance
• During high-speed work
• When crossing-over
• If the horse over-reaches when executing a movement

Coronary band injuries are common in reining horses due to the technical difficulty of cross-over maneuvers required by some patterns, like the spin. ^[2]

The treatment for a coronary band injury depends on severity. For small cuts, simple wound care is usually all that is needed, including: ^[2]

• Cleaning and disinfection
• Application of a light pressure wrap

Some owners may elect to use a topical antibiotic before applying the wrap to prevent infection. Check with your veterinarian to see which products are appropriate for your horse.

More severe injuries require veterinary intervention. In these cases, treatments may include: ^[2][10]

• Sutures
• Packing and bandaging
• Prophylactic antibiotics
• Moving the horse to a clean, dry environment
• Pain management

In the most severe cases, traumatic injury to the coronary band may require surgery to correct. ^[10]

The prognosis for coronary band injuries varies. Simple lacerations often heal well with proper care. Severe injuries with deep wounds or injury to the hoof structures require careful management, and carry the potential for permanent scar, abnormal hoof growth or long-term soundness issues. ^[10]

Hard Tissue Injuries

Hard tissue injuries primarily involve damage to bones and joints. Here are some common hard tissue injuries in Western performance horses.

4. Navicular Syndrome

Navicular syndrome is a complex condition that commonly affects Western performance breeds.

While navicular syndrome is a broad term rather than a type of injury, it can arise from injury to any of the following structures within the horse’s hoof: ^[2]

• Navicular bone
• Deep digital flexor tendon
• Navicular bursa
• Collateral sesamoid ligament
• Collateral sesamoid impar ligament

Injury within the hoof wall can be difficult to diagnose and may not readily appear on imaging scans. ^[11]

One possible predisposition to navicular syndrome (or “caudal heel pain”) is hoof conformation. Navicular syndrome tends to be associated with horses of large size but small hoof, including quarter horses, who predominate all Western disciplines. ^[2][12]

Navicular pain is common in heading and heeling roping horses, possibly from repeated torsion placed on the hooves as these horses manage evasive movements of livestock. ^[4]

Common medical treatments for navicular syndrome include: ^[2][11][12]

• Injecting the coffin joint and/or navicular bursa with corticosteroids to reduce inflammation
• Pain management
• Bisphosphonates: a type of medication specifically for treatment of navicular syndrome

Corrective shoeing and other options are available as part of integrated management of navicular pain. ^[11]

Response to treatment is highly variable among individual horses. ^[2]

5. Bone Bruises

Subchondral bone bruises are a common issue affecting Western performance horses.

Bone bruises typically arise from repetitive stress and high-impact activities involved in Western disciplines like reining, cutting and barrel racing. ^[2]

Sudden changes in direction or speed, together with hard stops, are factors that render Western horses vulnerable to bruising, notably in the hock joints. ^[13]

Treatment for subchondral bone bruises may involve: ^[2]

• Rest and controlled exercise to allow healing
• Anti-inflammatory medications to reduce pain
• Physical therapy, including extracorporeal shockwave therapy (ESWT), and other rehabilitation modalities

The goal of treatment is to restore normal joint function and prevent progression of disease. It’s important to note that subchondral bone injuries can lead to the development of osteoarthritis if not properly managed. ^[14]

6. Splint Bone Fractures

Splint bone fractures are relatively common in Western performance horses.

They can arise from: ^[15]

• Direct trauma from impact with the contralateral leg or kicks from other horses
• Stress on the suspensory ligament, leading to inflammation and weakening of the splint bone
• Repetitive forces from high-impact activities

Younger horses with developing bones and tissue are more vulnerable to the effects of concussive impact on the forelegs. ^[2] Splints are noted in reining horses, possibly from the high impact associated with high-speed gallops into hard stops. ^[2]

The fracture initially manifests as heat, inflammation and lameness. Over time, the injury hardens (ossifies) into a bumpy mass that is a calcification of the affected splint (small metacarpal) bone. ^[15]

Some cases respond to conservative treatment involving rest and immobilization. ^[2]

More serious fractures may require: ^[2][16]

• Surgical fixation using plates and screws
• Immobilization using splints, casts, or braces
• Pain management
• Physical therapy to prevent joint stiffness and maintain range of motion

Prognosis is based on the severity of the fracture and if associated suspensory desmitis is present. In most cases, the prognosis is good. Many horses live and work with visible splints without a disruption to their normal work routine. ^[2]

Chronic Conditions

As with other equestrian sports, Western performance horses are prone to specific chronic conditions related to the demands of their intense athletic lifestyles.

7. Back Pain

Back pain is common in Western performance horses. One contributing factor may be the relatively heavy saddle used in Western riding, combined with long hours spent under saddle to school for high levels of performance.

Up to 70% of cutting horses examined for pain in their midsection had pain on back muscle palpation. ^[2]

Equine back pain isn’t always obvious in the same way lameness often is. Horses quietly suffering from pain may appear sad or agitated when saddled or mounted, and may be unwilling to stop or perform. ^[2]

Back pain in Western horses is associated with: ^[2][17]

• Repetitive strain at high speeds, particularly stopping and pivoting
• Poor saddle fit causing pressure points
• Lameness in the legs, especially hock arthritis, leading to compensatory back strain
• Muscle strains and ligament inflammation between vertebrae
• Arthritis in the vertebral joints

A multimodal approach combining several therapies is often most effective at resolving back pain. Strategies may include: ^[2]

• Evaluation of the saddle fit, type of pad, and specific pressure points when ridden
• Rest
• Pain management
• PEMF (Pulse Electro Magnetic Fields) to reduce inflammation and promote healing
• Chiropractic care
• Massage therapy
• Acupuncture

One study found that combining low-level laser therapy with chiropractic care provided better results than chiropractic care alone for back pain in Western performance horses. ^[18]

If back pain is secondary to lameness or another injury, the primary cause also needs to be addressed or back pain is likely to recur.

Overall, a combination of rest, saddle fitting, and gradual return to work offers the best chance for Western performance horses to overcome back pain and return to competition.

8. Sacroiliac Pain

The sacroiliac joint connects the pelvis to the spine, so its health and function is central to the horse’s movement and entire musculoskeletal frame. Sacroiliac (SI) pain can significantly impact Western performance horses.

Clinical signs are variable but include stiffness and alteration of gait, either bilaterally or unilaterally. SI pain is often noted in cutting horses. ^[2]

Sacroiliac joint problems can arise from factors unrelated to performance, which include: ^[2]

• Direct injuries to the SI joint area, such as falls or accidents
• Repetitive stress from demanding work or overuse
• Poor conformation
• Arthritis
• Compensation for lameness

Treatment for SI pain in performance horses often includes a combination of:

• Rest
• Medication
• Regenerative therapy
• Physiotherapy

In particular, specific exercises to counter-condition the horse against SI pain may be part of a wider recovery plan. Specific strategies may include: ^[19]

• Exercises to strengthen core muscles
• Walking or trotting over poles to encourage pelvic action
• Underwater treadmill exercise

While sacroiliac pain can be challenging to manage, many Western performance horses can return to work with proper treatment and care. However, some may require ongoing management to maintain their performance level and comfort. ^[2]

It’s important to note that treatment should be tailored to each individual horse, and a veterinarian should be consulted to develop an appropriate treatment plan.

9. Osteoarthritis

Osteoarthritis is a degenerative joint disease that refers to degeneration and loss of articular cartilage in a horse’s joints. ^[2]

The demanding nature of Western performance disciplines features quick stops, turns, repetitive motions and high joint load bearing, all of which can contribute to the risk of developing performance-related osteoarthritis and joint pain. ^[20]

Moreover, Western performance horses tend to have longer competitive careers, retiring at more advanced ages compared to other disciplines, and making them prone to age-related joint issues. ^[2]

The type and location of arthritis in Western horses correlates with specific discipline.

Table 1. Summary of causes of arthritis for Western performance horses ^{[1][2][4][7][13][14]}

The pastern joint is particularly susceptible to arthritis in Western performance horses. This condition, often referred to as “high ringbone,” is common in older horses and primarily affects the front limbs. ^[2]

Osteoarthritis is irreversible, but its effects can be managed in many cases. Management strategies may include:

• Gentle exercise
• Weight management
• Pain management
• Dietary support
• Joint injections
• Regenerative therapies

It’s important to work with a veterinarian if your Western performance horse is showing signs of arthritis. Your veterinarian can confirm an accurate diagnosis and help develop an individualized treatment plan that’s best for you and your horse.

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Preventing Injuries in Western Performance Horses

All equestrian sports carry some risk of horse injury. The good news is, with careful planning and management, owners and riders can take steps to mitigate these risks and keep their Western performance horses competing for years to come.

To help prevent and manage injuries and sports-related conditions in Western sport horses, it’s beneficial to work with qualified trainers to develop your horse effectively. Some strategies to optimize performance and reduce risk of injury include:

• Gradual conditioning to avoid overexertion
• Providing rest and recovery between high-intensity training sessions
• Diversifying skills to counteract repetitive strain
• Working on appropriate footing

Regular veterinary check-ups and early intervention when signs of joint issues arise are also fundamental to maintaining the long-term health and performance of equine athletes.

In addition, providing a forage-based diet balanced with appropriate vitamins and minerals is one of the simplest ways to ensure overall health and fitness in active horses. If you are unsure if your Western performance horse is getting everything they need, consider working with a qualified equine nutritionist to create an individual plan for your horse.

Frequently Asked Questions

Here are some frequently asked questions about injuries in Western performance horses:

Summary

Western performance horses are exposed to a higher risk of injury due to the intense physical demands of their disciplines, which require speed, strength, precision, and repeated high-impact maneuvers.

• Hard stops, fast turns, spins, and rapid acceleration place strain on a horse's joints, soft tissues, hooves, and the back
• Each discipline carries unique risks, with roping, barrel racing, reining, cutting, and Western pleasure stressing different limbs and joints
• Common injuries in Western horses include suspensory ligament strains, hoof bruises, bone bruising, back pain, sacroiliac strain, and osteoarthritis
• You can reduce your horse's injury risk through progressive conditioning, appropriate footing, well-fitted tack, and regular hoof and veterinary care

Support your horse's long-term soundness by balancing training intensity with rest, recovery, and a forage-based diet tailored to the demands of performance work