Beneath the Pointe: What a Ballet Injury Does to Your Body

Key Takeaway:

Ballet injuries commonly occur due to repetitive loading, extreme ranges of motion, and premature progression into pointe work. The most affected areas include the feet, ankles, hips and lower back, where small technique or strength deficits can lead to overload over time.

Ballet is a uniquely beautiful art form that professional dancers make appear effortless. However, it is one of the most physically demanding disciplines. Common ballet injuries often result from continuous, repetitive movements combined with the high loads placed on the feet, ankles and other vulnerable structures required for both foundational technique and more intricate sequences.

Building a strong physical foundation before progressing to more technical work, such as pointe work, is one of the most effective ways to reduce the risk of injury and support long-term performance.

At Ace Sports Clinic, we understand the demands ballet places on the body. Let’s look at what really goes on beneath the surface and how you can prevent the most common ballet injuries.

The Unique Demands of Ballet on the Body

Ballet requires strength, flexibility and endurance, making it one of the few disciplines that delivers a true full-body workout. Foundational movements such as pliés and relevés engage the glutes, thighs, calves and ankles, while the upper body is responsible for controlled arm movements, sustained positions and partner support during pas de deux.

At the centre of it all is core strength, which dancers rely on to turn, maintain posture and support spinal alignment. This high level of control makes ballet appear effortless, but it is the result of exceptional strength, coordination, balance and years of training.

Ballet also involves precise, repetitive movements and high-impact actions such as jumping and pointe work, often performed through an extreme range of motion. When technique breaks down or dancers progress too quickly, these demands can place excessive strain on vulnerable structures, increasing the risk of injury.

Common Ballet Injuries: What’s Really Happening

Ankle impingement and sprains

Ankle impingement occurs when soft tissue structures in the ankle become compressed as the foot is pointed, causing pain and swelling. There are two types: anterior impingement (at the front of the ankle) and posterior impingement (at the back of the ankle). Both can develop from repetitive stress on the ankle joint, particularly during pointe or demi-pointe work. They can also result from excess scar tissue that forms after an ankle sprain has healed.

Ankle sprains occur when the foot twists or rolls awkwardly, causing the ligaments to stretch or tear. This leads to instability in the ankle, often accompanied by significant pain and swelling. Sprains are common in ballet dancers following a fall, loss of balance, or an awkward jump or landing. 

Stress fractures

Stress fractures are small cracks in the bone caused by repeated stress over time. They can occur anywhere in the body, but in ballet dancers they most commonly affect the metatarsals (bones in the feet), followed by the tibia and the spine. They are more likely to develop in dancers who regularly run or perform grand allegro without allowing adequate time for recovery.

Achilles tendinopathy

Achilles tendinopathy occurs when the Achilles tendon (which connects the calf muscles to the heel bone) is repeatedly overloaded without sufficient recovery time. It can be caused by sudden increases in training intensity, dancing on hard or uneven surfaces, or returning to pointe work after time away.

Hip impingement and lower back pain

Hip impingement, or femoroacetabular impingement (FAI), occurs when changes to the femoral head (the top of the thigh bone) or the acetabulum (the hip socket) cause abnormal contact within the hip joint. This can lead to stiffness, lower back pain and reduced mobility. Ballet dancers may develop hip impingement due to poor technique, such as turning from the knees or ankles instead of the hips, inadequate core engagement, or repeatedly forcing movements beyond their natural range.

Why Pointe Work Carries Specific Risk

Pointe work carries specific risks for ballet dancers because it places immense pressure on the feet and toes. It requires full plantar flexion of the ankle and big toe, with the greatest load placed through the big toe while en pointe. During single-leg movements, such as an arabesque, dancers concentrate their entire body weight onto a very small surface area.

This repetitive strain can lead to trigger toe (flexor hallucis longus tendinopathy), where the tendon of the big toe becomes inflamed, irritated or weakened, limiting push-off. The two small sesamoid bones beneath the big toe joint can also become inflamed from excessive pressure, resulting in sesamoiditis, which may require a period of unloading, padding, taping and treatment.

Young dancers need to develop the necessary strength, posture and technique before attempting pointe work. With the right exercise program, correctly fitted footwear and proper technique, a gradual transition to pointe work can significantly reduce the risk of injury.

How Physiotherapy Supports Dancers

Physiotherapy plays a key role in both injury prevention and performance support for ballet dancers. A pre-pointe assessment can identify deficits in strength, alignment, balance and neuromuscular control that may increase the risk of injury if pointe work is introduced too early.

These assessments allow physiotherapists to evaluate a dancer’s readiness for pointe work in a structured, evidence-based way. By identifying and addressing underlying issues early, dancers can progress with greater confidence, improved technique and a reduced risk of overuse and stress-related injuries.

Ace Sports Keeps You En Pointe

Ballet injuries may be common, but they should never be overlooked, particularly when starting pointe work. For peace of mind, speak with an Ace Certified Practitioner at Ace Sports Clinic. Whether you’re managing an injury or want a proactive assessment before show season, our team of musculoskeletal specialists can identify potential issues and help you return to training safely.

We work collaboratively, with your goals and needs at the centre of everything we do. Our team includes physiotherapists, osteopaths, exercise physiologists and myotherapists, who work together to deliver the best possible outcomes.

Book an assessment today and experience the Ace Difference.