Hypermobility and Pain: Why Being “Too Flexible” Can Lead to Injury

Flexibility is often seen as a sign of good physical health. Many people aim to increase mobility through stretching, yoga, or mobility routines. But for some individuals, too much mobility can actually lead to pain and injury.

This condition is known as joint hypermobility—where joints move beyond the normal range expected for that joint.

At Apollo Health Collective, we frequently see patients experiencing persistent joint pain, instability, or recurrent injuries caused by hypermobile joints.

Understanding the relationship between hypermobility and pain is essential for managing symptoms and building long-term resilience.

What Is Joint Hypermobility?

Joint hypermobility occurs when ligaments and connective tissues allow joints to move further than typical physiological ranges.

This often results from increased elasticity in collagen, the protein responsible for the strength and structure of connective tissues.

Hypermobility exists on a spectrum and may include:

• Asymptomatic hypermobility (increased flexibility without symptoms)

• Generalised joint hypermobility (multiple joints affected)

• Hypermobility spectrum disorders

• Genetic connective tissue conditions such as Ehlers-Danlos Syndrome

Many people with hypermobility experience no symptoms at all. However, when joint stability becomes compromised, pain and injury can develop.

How Common Is Hypermobility?

Research suggests 10–20% of the population has some degree of joint hypermobility. It is more common in:

• Younger individuals

• Females

• Athletes in flexibility-based sports such as gymnastics or dance

Clinicians often assess hypermobility using the Beighton Score, a nine-point screening tool that evaluates joint mobility at key locations in the body.

Why Hypermobility Can Cause Pain

To understand why hypermobility can lead to injury, it's important to understand how the body stabilises joints.

Joint stability relies on three systems:

1. Passive Stability

Ligaments, joint capsules, and cartilage provide structural support.

2. Active Stability

Muscles and tendons generate force to stabilise joints.

3. Neuromuscular Control

The nervous system coordinates movement and joint positioning.

In hypermobile individuals, passive stability is reduced. As a result, the body must rely more heavily on muscle strength and neuromuscular control to keep joints stable.

If those systems are insufficient, the following problems may occur.

Joint Instability

Excessive joint motion can create repeated micro-instability, irritating surrounding tissues and increasing injury risk.

Muscle Overload

Muscles must work harder to stabilise joints, which can lead to fatigue, tightness, and chronic pain.

Reduced Proprioception

Some research suggests hypermobile individuals may have reduced joint position awareness, making movement coordination more difficult.

Increased Injury Risk

Hypermobility is often linked with:

• Recurrent ankle sprains

• Knee pain

• Shoulder instability

• Lower back pain

• Tendon injuries

Without appropriate strengthening and rehabilitation, symptoms can become persistent or recurring.

Signs You May Have Hypermobile Joints

You may have joint hypermobility if you:

• Have been described as “double-jointed”

• Can easily perform extreme stretches

• Experience frequent joint sprains

• Have joints that “give way” or feel unstable

• Experience persistent joint or back pain despite good flexibility

Importantly, hypermobility itself is not the problem—lack of stability and control is.

How To Manage Hypermobility and Prevent Pain

The most effective treatment for hypermobility focuses on improving strength, control, and joint stability rather than increasing flexibility.

1. Strength Training for Joint Stability

Strength training helps create active stability around hypermobile joints, reducing strain on ligaments.

Key exercise approaches include:

• Slow, controlled resistance training

• Single-leg exercises

• Core and trunk stability work

• Strength training through full ranges of motion

Strong muscles provide the support that hypermobile joints lack.

2. Improve Neuromuscular Control

Training the nervous system to control movement is essential.

This can include:

• Balance training

• Stability exercises

• Controlled functional movement patterns

• Gait or running retraining

Improved motor control helps reduce excessive joint movement.

3. Avoid Excessive Stretching

Many hypermobile individuals already have more mobility than they need.

Overstretching may increase instability rather than relieve pain.

Instead, focus on active mobility and strength within your available range.

4. Progress Load Gradually

Pain and injury often occur when training loads increase too quickly.

A progressive strength and conditioning programme allows tissues to adapt and build resilience over time.

When To Seek Professional Help

If you experience persistent joint pain, instability, or repeated injuries, it may be worth getting assessed for hypermobility.

At Apollo Health Collective, we provide detailed assessments to identify:

• Joint stability deficits

• Strength imbalances

• Movement inefficiencies

• Injury risk factors

From there, we develop individualised rehabilitation and strength programmes designed to improve stability and long-term joint health.

Book a Hypermobility Assessment

If hypermobile joints are contributing to your pain or injuries, the right rehabilitation programme can make a significant difference.

Our team specialises in movement biomechanics, injury rehabilitation, and performance optimisation.

👉 Book an appointment with Apollo Health Collective today and start building stronger, more resilient movement.