An effective recovery routine shouldn’t feel mysterious or overwhelming, it should feel doable, purposeful, and genuinely supportive of your horse’s wellbeing. With the addition of the ArcEquine in your horse’s rehabilitation to maximise recovery, the following blog explores various well-known recovery options and how the ArcEquine can be used each step of the way – from enhancing circulation, easing tension, and, supporting tissue recovery.

Manual Therapy-Based Interventions

Manual therapy uses hands‑on techniques, such as passive stretching, soft‑tissue work, and joint mobilization, to diagnose problems and help restore normal movement. Research shows its relevance: when healthy horses had a fore fetlock immobilized for seven weeks and then gradually re‑exercised for eight weeks, the joint still showed a 20% loss of range of motion, demonstrating how stiffness can persist without targeted intervention. Because of this, clinical cases involving contracture or post‑injury/post‑surgical stiffness may benefit from carefully applied manual therapy to regain mobility. (1)

Passive Stretching

Stretching is presented as a targeted method for improving range of motion, reducing pain, and preventing injury, with several authors outlining how and why it works.

Frick describes specific hind‑limb stretching protocols including hind‑limb protraction, quadriceps extension, adductor stretching via limb crossover, and pelvic rocking, and recommends holding each stretch for 3-5 minutes, performed once daily, 3-7 days per week to create enough stimulus for change.

Haussler expands on this by noting that stretching is useful for soft‑tissue restriction and joint stiffness, and his later work shows that longer stretch durations matter: holding a stretch for 30 seconds is significantly more effective than holding it for 15 seconds. (1)

Together, these findings emphasise that consistent, properly timed stretching plays a meaningful role in restoring mobility and managing pain in equine athletes.

Tissue Mobilization

Tissue mobilization in equine rehabilitation covers massage, myofascial release, and neural tissue mobilization, all aimed at reducing adhesions, improving fluid movement, relaxing muscle tension, and restoring optimal function.

• Massage techniques – effleurage, petrissage, tapotement, friction, skin rolling, cross‑fiber work, wringing, Swedish techniques, and stroking are commonly described for soft‑tissue treatment
• Myofascial release – used to break down adhesions and improve tissue glide
• Neural mobilisation – indicated for neural tension or soft‑tissue problems, though parameters are rarely defined

Evidence and Recommendations:

• Bromiley recommends 20–30 minute sessions for back pain, with added benefit from passive mobilization (2)
• Ridgway & Harman support massage for back issues but provide no specific parameters (3)
• Buchner & Schildboeck found no strong physiological evidence for general massage but noted promising effects for manual lymphatic drainage (4)
• Goff supports massage and neural mobilization for soft‑tissue and neural problems, again without defined protocols (5)
• A dedicated massage review suggests 10–20 minute sessions, often combined with stretching (6)
• Haussler highlights massage’s role in reducing muscle hypertonicity, soft‑tissue restriction, and pain (7)
• A clinical trial showed that effleurage combined with 3 × 30‑second circular kneading over 30 minutes significantly improved hind‑limb protraction (8)
• A tetanus case study reported good outcomes with massage included in a multimodal plan, though parameters were not described (9)

Tissue mobilization is widely used and supported anecdotally and clinically for improving soft‑tissue function and reducing pain, though specific, evidence‑based parameters are inconsistently reported. Where protocols exist, they typically involve 10–30 minute sessions and may be enhanced by combining techniques such as stretching or passive mobilization.

Joint Mobilization

Joint mobilization in horses involves skilled, hands‑on passive movement of joints to restore normal motion, reduce stiffness, and alleviate pain. It uses rhythmic oscillations and gliding movements applied in specific directions, often integrating both physiologic and accessory motions, which is why it must be performed by trained professionals. Early work linked passive mobilization with massage for back problems, and later recommendations included performing around ten repetitions of passive range‑of‑motion movements for joint disease.

Mobilization has been described as effective for articular, neural, and muscular structures, with techniques varying in amplitude, velocity, and joint position. Haussler emphasized its value for joint stiffness and pain, distinguishing general mobilization from more condition‑specific manipulation, and defined mobilization grades from gentle oscillations within 25-50% of range to movements near end‑feel. Research shows spinal mobilization reduces vertebral stiffness, with additional improvement when manipulation is added. Case studies support its use after injuries such as radial fractures, though parameters are often lacking, and surveys indicate that range‑of‑motion therapies are widely used in equine rehabilitation. (1)

Physical and Mechanical Agents

Kinesiological Taping and Bandages

 Bandaging and taping are used less frequency in equine rehabilitation; kinesiology tape is used alongside manual therapy with evidence showing positive results FAN technique at 10% tension for 72 hours after tibio-patellofemoral arthroscopy showed a significant reduction in swelling between 24 and 72 hours compared with untaped controls. Survey data indicate that taping is used in about 33% of rehabilitation cases, while compression bandages are far more common, appearing in 89.5% of reported protocols. (1)

Exercise Therapy

Exercise inclusive of controlled walking or dynamic mobilization, is one of the most frequently used and evidence‑supported rehabilitation tools for improving healing, restoring function, and strengthening musculoskeletal structures.

These often include:

• Treadmill work, horse walkers, long‑reining, weighted shoes, and rider‑free exercise were early methods described
• TTEAM exercises (mazes, body awareness tasks) promote proprioception and cross‑training
• Progressive return‑to‑work programs are common, often starting with stall rest → hand‑walking → paddock turnout → ridden work
• Controlled walking programs (e.g., 30–60 min daily) are frequently used post‑injury or alongside modalities like radial pressure wave therapy
• Therapeutic obstacle work: labyrinths, poles, cavalletti, pedestals, gradients, backing uphill
• Dynamic mobilisation (“baited stretches”) strengthen core musculature and improve cervical and thoracolumbar mobility
• Core abdominal rehabilitation exercises (CARE) after colic surgery significantly shortened return‑to‑work time (median 60 vs. 90 days)

A 4‑week core abdominal rehabilitation exercise (CARE) program begun four weeks after colic surgery helped horses recover and return to training more quickly.

“The CARE horses returned to work under saddle faster (median 60 days) compared with control horses (median 90 days).” “All CARE horses completed the program without complications.”

The program used dynamic mobilization exercises such as chin‑to‑chest, chin‑to‑girth, various spinal lifts, caudal tail shifts, and later lateral bending and chin‑between‑fetlocks movements, with repetitions increased through weeks 3-4. Horses completing CARE not only returned to work sooner but were also more likely to resume sport competition. Overall, CARE was considered safe and effective for improving postoperative recovery after colic surgery. (10)

How the ArcEquine can be implemented in your horse’s recovery routine

Alongside manual therapy: When combined with stretching, massage, or joint mobilization, microcurrent therapy may help tissues respond more effectively by improving circulation and reducing muscle tension.

During progressive exercise: As the horse transitions to walking, pole work, or dynamic mobilization, ArcEquine can help support adaptation and reduce post‑exercise soreness.

For chronic or slow‑healing conditions: Horses with long‑standing soft‑tissue injuries, back pain, or stiffness may benefit from ongoing cycles to maintain tissue health and comfort.

Easy integration into daily management: Because the device is small and worn on the leg, it can be applied during turnout, hand‑walking, or while the horse is resting in the stable.