Common fencing injuries and how to prevent them: Tips from Azza Fencing

Fencing is widely regarded as one of the safest combat sports, thanks to its strict rules, protective gear and non-contact nature. "Taken together, the data indicates that fencing injuries tend to be minor," notes The Encyclopedia of Sports Medicine.

However, like any physical activity, injuries can still occur. A retrospective study in the Clinical Journal of Sport Medicine found that 73% of fencing injuries involved the lower extremities, with the knee most commonly affected (49%), followed by the ankle (16%). Upper-extremity injuries accounted for 16% of cases, mainly the hand, shoulder and wrist. The study concluded that while fencing is generally safe, participants are susceptible to muscle strains, ankle sprains, knee pain and overuse injuries in the wrist and shoulder.

Understanding these injuries and how to prevent them is key to staying at peak performance. For the mechanics of why they happen in the first place, see our companion guide on why fencing injuries happen and how to dodge them.

Most common fencing injuries

1. Ankle sprains

The rapid lunges and footwork in fencing strain the ankles, leading to sprains if technique or warm-up is neglected. They often occur from sudden changes of direction or poor landings. Strengthening the ankle and improving balance through targeted exercises reduces the risk.

2. Knee strain and patellar tendonitis

Frequent bending and sudden directional changes cause knee pain or patellar inflammation (jumper's knee). "This overuse injury is commonly seen in fencing that involves a lot of jumping, lunging and explosive movements," notes the Sports Performance Physiotherapy resource. Strengthening exercises, proper technique and shock-absorbing footwear significantly reduce knee strain.

3. Shoulder and wrist overuse injuries

Repetitive arm movements, especially in epee and foil, can cause overuse injuries in the shoulder and wrist. Without strength conditioning, fencers may develop tendinitis or joint irritation over time.

4. Muscle strains and fatigue

Explosive movements can strain the thighs, calves and lower back. Overuse and inadequate recovery make these worse and can lead to long-term discomfort.

Fencing injury prevention strategies

1. Proper warm-up and stretching

A dynamic warm-up prepares muscles for quick movements, and stretching afterwards maintains flexibility. For a full routine, see our guide on how to warm up properly and prevent injuries.

2. Strength training and conditioning

Exercises targeting the lower body, core and shoulders help fencers withstand the sport's demands. Resistance training meaningfully reduces injury likelihood.

3. Wearing the right gear

High-quality, well-fitted equipment prevents both impact and overuse injuries. Footwear plays a crucial role: shoes with poor cushioning and stability put excess strain on the joints. Azza fencing shoes are built with strong shock absorption and ankle support to help fencers move confidently while minimising stress. "Our footwear is designed not only to enhance performance but also to reduce joint strain, lowering injury risk for young and professional fencers alike," says founder Azza Besbes.

4. Recovery and rest

Overtraining is a leading cause of injury. Prioritise rest days and listen to your body. As orthopaedic specialists put it: "Rest and recovery are fundamental to maintaining musculoskeletal health and preventing overuse injuries." Yoga, foam rolling and massage all aid recovery.

5. Mastering proper technique

Refining technique is one of the most effective ways to prevent injury. Working with a coach to perfect footwork, lunges and blade control reduces strain on joints and muscles, and correct alignment is especially important for young fencers whose bodies are still developing.

Stay safe and perform your best

Fencing is lower-risk than many combat sports, but injuries still happen if precautions are neglected. Ankle sprains, knee strain and overuse injuries are the most common. With strength training, quality gear and adequate recovery, these risks drop sharply.