Introduction

Turf toe, a hyperextension injury of the first metatarsophalangeal (MTP) joint, has gained prominence in sports medicine due to its prevalence among athletes participating on artificial turf surfaces. The term was first coined in American football players, though the condition affects athletes across a range of sports involving sprinting, sudden stops, and quick directional changes.¹ Management strategies for turf toe aim to reduce pain, limit further injury, and restore optimal joint function. Among conservative measures, taping techniques and orthotic devices are widely utilised to provide mechanical support and offload stress from the injured joint. This article examines the role, effectiveness, and evidence behind the use of taping and orthotics in turf toe management.

Anatomy and pathophysiology

The first MTP joint plays a critical role in weight-bearing and propulsion during gait and athletic performance.² Turf toe injuries result from excessive dorsiflexion at the joint, often when the forefoot is fixed on the ground, and an external force drives the heel forward.³ This leads to sprains of the plantar capsule, collateral ligaments, and flexor hallucis brevis tendon, with more severe cases involving complete capsular rupture.⁴

Conservative management and the role of taping and orthotics

Initial treatment

Acute turf toe management follows the RICE protocol (rest, ice, compression, elevation) to minimise pain, inflammation, and secondary injury.⁵ However, as athletes progress through recovery, mechanical stabilisation becomes crucial to protect the joint during movement and activity resumption.⁶ This is where taping techniques and orthotics play a pivotal role, providing external reinforcement to restrict excessive motion, enhance proprioception, and distribute load away from the injured structures.⁷

Taping techniques

Objectives of taping

Taping aims to:

• Restrict hyperextension at the first MTP joint ⁸
• Stabilise the plantar capsule and collateral ligaments ⁹
• Reduce pain during weight-bearing¹⁰
• Improve joint proprioception, enhancing neuromuscular control¹¹

Techniques

Turf toe taping

The most common method for turf toe involves rigid tape applied across the plantar surface of the foot and around the first toe to limit dorsiflexion. The process typically includes:

1. Anchor strips around the midfoot and proximal phalanx¹²
2. Straps connecting the anchor points, applied under slight tension to restrict motion at the joint¹³
3. Reinforcement strips over the dorsal and plantar aspects for added support¹⁴

This taping pattern functions similarly to a functional splint, restricting extension while allowing necessary flexion for walking.¹⁵

Toe Spica Taping: In cases where medial or lateral instability is prominent, a toe spica wrap can supplement basic turf toe taping by including diagonal strips around the great toe and across the dorsum of the foot.¹⁶ This enhances control over valgus and varus forces, improving multi-planar stability.¹⁷

Evidence Supporting Taping: Several studies have evaluated the biomechanical effectiveness of taping techniques. In a cadaveric study, tape applied to the first MTP joint reduced dorsiflexion by approximately 30%, significantly reducing capsular strain.¹⁸ Functional studies in athletes have similarly shown that taping reduces pain and allows earlier return to sport.¹⁹ However, excessive tightness may impair normal gait mechanics and increase stress at adjacent joints.²⁰

Orthotic devices

Objectives of orthotics

Custom and off-the-shelf orthotics serve multiple purposes in turf toe management, including:

• Restricting the first MTP joint dorsiflexion²¹
• Redistributing forefoot pressure²²
• Enhancing shock absorption²³
• Correcting underlying foot biomechanics contributing to injury risk²⁴

Types of orthotics

Rigid carbon fibre insoles

Rigid carbon fibre plates are frequently prescribed for athletes with turf toe, either alone or incorporated into custom orthotics.²⁵ These thin plates, positioned under the insole, limit forefoot flexibility, preventing excessive dorsiflexion at the first MTP joint while preserving overall foot function.²⁶ Carbon fibre orthotics also provide energy return, which may enhance performance in sports requiring rapid acceleration.²⁷

Custom moulded orthotics

In cases with predisposing foot deformities (e.g., pes planus, hallux valgus), custom orthotics incorporating medial arch support and first ray cutouts may improve load distribution and reduce excessive pressure on the first MTP joint.²⁸ Such devices are tailored to the patient’s foot morphology and sport-specific footwear requirements.²⁹

Prefabricated turf toe plates

Several off-the-shelf turf toe plates are commercially available, designed to slide into athletic shoes and provide semi-rigid support across the forefoot.³⁰ These are typically less effective than custom devices but offer cost-effective short-term support during the acute recovery phase.³¹

Evidence supporting orthotics

Biomechanical studies

Research supports the effectiveness of rigid inserts in limiting first MTP dorsiflexion during walking and running.³² In a study evaluating collegiate football players with turf toe, the use of carbon fibre plates reduced pain scores and facilitated return to play without compromising performance.³³ Pressure mapping studies confirm that orthotics can reduce peak plantar pressures under the first MTP joint by up to 25%, redistributing forces to less vulnerable areas.³⁴

Clinical studies

A retrospective analysis on professional athletes found that combining custom orthotics and turf toe taping reduced recurrence rates by over 50% compared to taping alone.³⁵ This highlights the complementary role of orthotics in both acute management and long-term prevention.

Combined approach: taping plus orthotics

Benefits of combined use

In practice, clinicians frequently recommend combining taping and orthotics, especially during the transition from acute injury to sport-specific rehabilitation.³⁶ Taping offers dynamic external stabilisation, while orthotics provide constant mechanical support within the shoe.³⁷ This dual strategy allows gradual reintroduction of athletic activities with progressive load management.³⁸

Protocol in professional sports

In elite settings, athletes with turf toe often undergo:

1. Initial rigid taping for joint immobilization³⁹
2. Progression to flexible taping combined with carbon fiber inserts as pain subsides⁴⁰
3. Transition to custom orthotics for ongoing support after return to play⁴¹

This phased approach reduces the risk of reinjury while allowing controlled tissue remodelling and functional adaptation⁴²

Limitations and considerations

Compliance challenges

Taping requires skilled application and often loses effectiveness over time due to sweat, movement, and tape fatigue.⁴³ Some athletes report discomfort or restricted performance with aggressive taping.⁴⁴ Orthotics, particularly rigid plates, may alter natural foot mechanics, leading to compensatory issues at the ankle or knee if not properly fitted.⁴⁵

Individual variation

Athletes' responses to taping and orthotics vary based on injury severity, foot anatomy, and sport-specific demands.⁴⁶ Personalised rehabilitation plans that incorporate progressive strengthening, proprioceptive training, and biomechanical assessments enhance outcomes beyond external support alone.⁴⁷

Conclusion

Taping and orthotics play essential roles in the conservative management of turf toe, providing critical joint stabilisation, pain relief, and protection during healing and return to sport. While taping offers immediate external support, orthotics contribute long-term mechanical correction and load redistribution. Optimal outcomes rely on combining these strategies within a comprehensive rehabilitation framework tailored to the athlete’s sport, biomechanics, and recovery goals. Further research is warranted to refine sport-specific taping techniques and develop advanced orthotic materials that enhance both protection and performance.