Lacrosse Foot and Ankle Injuries: Prevention and Treatment for Players

Medically reviewed by Dr. Tom Biernacki, DPM — Board-Certified Podiatric Surgeon — Balance Foot & Ankle, Howell & Bloomfield Hills, MI. Last updated April 2026.

The Unique Demands Lacrosse Places on Feet and Ankles

Lacrosse requires sustained running (players cover 3-5 miles per game), explosive sprinting, rapid directional changes during dodging and defensive slides, and forceful planting during shooting and checking. These demands create cumulative loading on the feet that exceeds most field sports. The midfield position is particularly demanding, requiring nearly continuous running with frequent speed changes.

Playing surfaces vary from natural grass to artificial turf to indoor sports floors, each producing different friction and impact characteristics. Artificial turf generates 20-30% more friction during cutting movements compared to grass, increasing ankle sprain risk. Indoor lacrosse (box lacrosse) on hard court surfaces transmits more impact force to the metatarsals and plantar fascia.

The physical contact element adds acute injury risk absent in non-contact field sports. Stick checks to the feet, body checks that force awkward landings, and stepping on other players’ feet during ground ball contests all produce acute ankle and foot injuries. Goalies face unique risks from high-velocity ball impacts to the feet and extended time in the crease in a ready stance.

Ankle Sprains and Chronic Instability in Lacrosse

Lateral ankle sprains are the most frequent acute lacrosse injury, occurring during cutting, dodging, and landing from jumps. The combination of cleated footwear, which anchors the foot to the playing surface, and the violent directional changes during dodging places extreme stress on the lateral ankle ligaments. On artificial turf, the increased surface grip makes the ankle even more vulnerable.

Proper acute management is critical for preventing chronic problems. Immediate RICE protocol followed by early functional rehabilitation — ankle alphabet exercises, resistance band strengthening, and progressive balance training — produces the best outcomes. Players should not return to full practice until achieving pain-free single-leg balance for 30 seconds and passing sport-specific agility tests.

Chronic ankle instability develops in 30-40% of athletes who return to play too quickly after a sprain. Ankle braces (semi-rigid or lace-up) should be worn during all lacrosse activity for at least 6 months following a sprain. Prophylactic ankle bracing for all players with previous sprains reduces recurrence by up to 50%. Dr. Biernacki evaluates chronic instability with stress radiographs and considers surgical stabilization for athletes who fail bracing and rehabilitation.

Turf Toe and First MTP Joint Injuries

Turf toe is common in lacrosse due to the forceful push-off during sprinting and shooting combined with the firm playing surface. The first MTP joint hyperextends when the player drives off the big toe, stretching or tearing the plantar plate and capsular ligaments. The injury is graded I-III based on severity, with treatment ranging from taping (Grade I) to immobilization or surgery (Grade III).

Prevention includes wearing cleats with adequate forefoot stiffness and using turf toe plates or carbon fiber inserts that limit excessive toe hyperextension. Athletes recovering from turf toe should tape the big toe in slight plantarflexion during all activity to protect the healing structures. Return to play depends on the ability to sprint and cut without pain.

Sesamoid injuries — fractures or sesamoiditis of the two small bones under the first metatarsal head — present similarly to turf toe but require different management. Persistent pain under the ball of the foot during push-off that does not respond to taping and rest warrants imaging to rule out sesamoid fracture. Treatment may include offloading pads, immobilization, or surgical excision of a chronically painful sesamoid.

Stress Fractures from Lacrosse Training Load

The high running volume in lacrosse — combined with the additional impact from cleated footwear and hard surfaces — makes metatarsal stress fractures a significant concern. The second and third metatarsals are most commonly affected. Risk increases during preseason conditioning when players rapidly increase training volume after the off-season.

The fifth metatarsal base (Jones fracture zone) is a particularly concerning stress fracture location in lacrosse players due to the lateral cutting and pivoting demands. Jones fractures have a high risk of nonunion and refracture due to poor blood supply in this region. Many sports medicine physicians now recommend surgical fixation with an intramedullary screw for competitive athletes with Jones fractures to ensure reliable healing.

Prevention focuses on gradual training load progression (10% rule), adequate calcium and vitamin D intake, identification and management of the female athlete triad in women’s lacrosse, and appropriate footwear with shock-absorbing insoles. Players transitioning between surfaces (grass to turf) should reduce initial training intensity to allow adaptation.

Cleat Selection and Foot Health in Lacrosse

Lacrosse-specific cleats differ from football and soccer cleats in ways that matter for foot health. Lacrosse cleats have a higher ankle cut option for added stability, a reinforced toe box for protection during ground ball contests, and a cleat pattern designed for the multi-directional movements of the sport. Using football or soccer cleats is a common compromise that may not provide optimal support.

For turf surfaces, turf shoes with rubber nubs provide more evenly distributed traction and less focal pressure than molded cleats. The lower-profile traction reduces ankle sprain risk by allowing more controlled foot release during cutting. For grass, molded or detachable cleats provide necessary traction, with detachable options allowing customization for field conditions.

Insole replacement is one of the most impactful upgrades a lacrosse player can make. Factory insoles in most cleats provide minimal arch support and cushioning. Replacing them with a supportive sport insole like the PowerStep Pinnacle or CURREX RunPro provides meaningful arch support, heel cushioning, and metatarsal pressure distribution without affecting cleat fit.

Position-Specific Foot Care Considerations

Attackers and midfielders sustain the highest rate of foot and ankle injuries due to their running volume and dodging demands. Emphasis on ankle stability training, proper cleat fit, and gradual conditioning progression is essential. These positions benefit most from prophylactic ankle bracing, particularly on artificial turf.

Defenders face injury risk from the constant lateral sliding and checking stance. The defensive slide — rapid lateral shuffling while maintaining a low stance — places significant stress on the peroneal tendons, plantar fascia, and medial ankle structures. Defenders should incorporate lateral agility drills and hip strengthening into their conditioning programs to reduce compensatory foot stress.

Goalies spend extended periods in a ready stance with weight on the balls of the feet, creating sustained metatarsal loading. They face unique risks from ball impacts to the feet (lacrosse balls travel up to 100+ mph) and from explosive lateral saves. Goalies should wear protective foot guards when available and invest in cleats with maximum forefoot cushioning and a reinforced toe box.

The Most Common Mistake We See

The most common mistake lacrosse players make is wearing football cleats on artificial turf without adjusting their playing style. Football cleats on turf create excessive grip that anchors the foot during cutting, dramatically increasing ankle sprain risk. Turf-specific shoes or short-cleat designs allow controlled foot release during direction changes, reducing ankle injury risk while maintaining adequate traction for play.

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In-Office Treatment at Balance Foot & Ankle

Our team provides sport-specific evaluation and treatment to get you back to your activity safely. We offer same-day X-ray, in-office ultrasound, and custom orthotic fabrication.

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Frequently Asked Questions

What are the most common foot injuries in lacrosse?

Ankle sprains are the most common acute injury, followed by turf toe and foot contusions from ball and stick impacts. Metatarsal stress fractures and plantar fasciitis are the leading overuse injuries. The fifth metatarsal Jones fracture zone is a particularly concerning location due to high nonunion risk.

Should lacrosse players wear ankle braces?

Any lacrosse player with a history of ankle sprains should wear ankle braces during all practice and competition. Semi-rigid or lace-up braces reduce recurrence risk by up to 50%. Players on artificial turf benefit particularly from bracing due to the higher surface friction that increases sprain risk.

What lacrosse cleats are best for preventing foot injuries?

Choose lacrosse-specific cleats with a reinforced toe box, firm heel counter, and removable insole for orthotic compatibility. Use turf shoes on artificial surfaces and molded or detachable cleats on grass. Replace cleats every season as midsole cushioning degrades with use.

How long does it take to recover from a Jones fracture in lacrosse?

Conservatively managed Jones fractures require 6-8 weeks of non-weight-bearing followed by gradual return to activity, with total recovery taking 3-4 months. Surgical fixation with an intramedullary screw allows faster return at 8-12 weeks and is preferred for competitive athletes due to lower refracture rates.

The Bottom Line

Lacrosse foot and ankle injuries are largely preventable with proper cleat selection, ankle stability training, gradual conditioning progression, and early attention to symptoms. If foot or ankle pain is affecting your lacrosse performance, early evaluation prevents minor issues from becoming season-ending problems.

Sources

1. Dick R, et al. ‘Descriptive Epidemiology of Collegiate Men’s and Women’s Lacrosse Injuries: 2019-2024.’ J Athl Train. 2024;59(9):923-935.
2. Raikin SM, et al. ‘Jones Fractures in Athletes: Updated Treatment Algorithm.’ Foot Ankle Int. 2025;46(3):267-278.
3. Mauntel TC, et al. ‘Ankle Sprain Prevention in Field Sports: Brace vs Neuromuscular Training.’ Am J Sports Med. 2024;52(11):2789-2800.
4. Anderson RB, et al. ‘Turf Toe: Updated Classification and Management.’ Clin Sports Med. 2024;43(3):401-415.

Sports Injury Treatment for Athletes in Michigan

Lacrosse athletes face unique foot and ankle injury risks from cutting, sprinting, and field contact. At Balance Foot & Ankle, we provide specialized sports medicine care to treat injuries and keep you in the game.

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Clinical References

1. Hinton RY, et al. “Epidemiology of lacrosse injuries in high school-aged girls and boys.” Am J Sports Med. 2005;33(9):1305-1314.
2. Dick R, et al. “Descriptive epidemiology of collegiate men’s lacrosse injuries.” J Athl Train. 2007;42(2):255-261.
3. Kerr ZY, et al. “Epidemiology of injuries in NCAA women’s lacrosse.” J Athl Train. 2017;52(6):538-545.