Book Online
X

RHP Physiotherapy Brisbane

RHP Physiotherapy Brisbane is your trusted physiotherapy provider.

Conatct Us

Welcome to RHP Physiotherapy

The Most Common Cycling Injuries (and Why They Happen)

  • Home  
  • The Most Common Cycling Injuries (and Why They Happen)
By :

The Most Common Cycling Injuries (and Why They Happen)

Cycling is an excellent way to build cardiovascular fitness, improve physical capacity and stay active while placing relatively low impact demands on the lower limbs.

But low impact does not mean that cycling is free from injury or discomfort.

Whether you're a recreational rider, a commuter or a competitive road cyclist, spending long periods in a relatively fixed position while repeatedly producing force through the pedals can create some interesting physical demands.

Knee pain, lower back discomfort, neck pain, hand numbness and foot symptoms are among the complaints commonly reported by cyclists.

So what causes these problems?

The answer is rarely as simple as having the saddle a few millimetres too high or one muscle being too weak.

Cycling-related pain is often influenced by a combination of training load, the rider's physical capacity, riding position, equipment and individual factors.

At RHP Physiotherapy in Kelvin Grove, Brisbane, our sports physiotherapists consider these factors when assessing cyclists experiencing pain or difficulty maintaining their training.

Let's explore the most common cycling injuries and symptoms, along with the possible reasons they develop.

What Are the Most Common Cycling Injuries?

Cyclists experience both gradual-onset overuse problems and acute injuries following falls or collisions.

For this article, we will focus primarily on complaints that develop during repeated cycling rather than traumatic injuries.

These commonly involve:

  • Knee pain, including patellofemoral pain and lateral knee pain.
  • Lower back pain.
  • Neck and shoulder discomfort.
  • Hand numbness, wrist pain and nerve irritation.
  • Foot pain and toe numbness.
  • Saddle discomfort and perineal numbness.

Research supports these regions as common areas of complaint, although the reported frequency varies substantially depending on whether the study includes recreational riders, professional cyclists, commuters or people already seeking help for symptoms.

For example, a 2025 study of cyclists attending bike-fit services reported lower back pain, hand numbness, knee pain, neck pain and foot numbness as prominent complaints.

Those findings describe a specific group seeking bike-fit services, not the prevalence of symptoms in all cyclists.

1. Knee Pain While Cycling

Knee pain is one of the most frequently discussed cycling-related complaints.

It can develop gradually, particularly when someone increases training volume, intensity or time spent riding.

Because the knee repeatedly bends and straightens throughout a ride, even relatively modest forces are applied thousands of times.

However, repetitive movement is not inherently damaging.

Our tissues are designed to tolerate and adapt to repeated loading.

Problems are more likely when the demands of cycling exceed what the person can currently tolerate.

Patellofemoral Pain: Pain Around or Behind the Kneecap

Patellofemoral pain is a common presentation in cyclists.

Symptoms are often felt around or behind the kneecap and may become more noticeable during:

  • Longer rides.
  • Hill climbing.
  • Higher-resistance efforts.
  • Periods of increased cycling volume.
  • Other activities involving repeated knee loading.

The symptoms can be influenced by training demands, knee sensitivity and the capacity of the surrounding muscles.

Lateral Knee Pain and Iliotibial Band-Related Symptoms

Pain on the outside of the knee is another presentation reported by cyclists.

Sometimes this is associated with iliotibial band-related pain, although other knee structures can produce symptoms in the same area.

The location of pain alone does not establish the diagnosis.

A clinical assessment should consider the behaviour of symptoms, training history and relevant physical findings.

Clinical Observation: Does Saddle Height Influence Knee Pain?

Bike fit is worth considering when a cyclist develops knee symptoms, particularly if the pain began after changing bikes, saddle height, cleats or training position.

From a biomechanical perspective:

  • A lower saddle generally places the knee in greater flexion during the pedal stroke. Clinically, we may explore whether this position is contributing to discomfort around the front of the knee.
  • A higher saddle may encourage a rider to reach for the pedal at the bottom of the stroke, sometimes involving pelvic movement or altered ankle positioning.
  • Cleat position and foot orientation can alter how the lower limb moves during pedalling and may be worth reviewing when symptoms appear related to a change in equipment.

These are clinically plausible considerations, not proven rules for diagnosing cycling injuries.

Research examining bike-fit measurements and overuse pain has found inconsistent associations, including conflicting findings regarding saddle height.

We would therefore avoid assuming that a particular saddle position is the cause of knee pain without assessing the rider more broadly.

What Else Should Be Considered?

Other relevant factors may include:

  • Recent changes in riding volume or intensity.
  • Repeated high-resistance efforts.
  • Previous knee pain or injury.
  • Quadriceps and broader lower-limb strength.
  • Current tolerance to loaded knee movement.
  • Recovery between demanding rides.

Our Knee Physiotherapy service can help determine whether symptoms are related to the patellofemoral joint, tendons or another knee presentation.

2. Lower Back Pain While Cycling

Lower back pain is another commonly reported problem among cyclists.

Unlike walking or running, cycling can involve extended periods with the trunk positioned forwards, particularly on road bikes.

This position is not inherently harmful.

Many cyclists tolerate substantial amounts of riding in relatively flexed positions without developing back pain.

But when a position is maintained for a long time, the ability to tolerate that position becomes relevant.

Some cyclists notice that lower back discomfort:

  • Develops towards the end of a long ride.
  • Increases during prolonged climbs.
  • Is more noticeable in an aggressive riding position.
  • Improves after briefly standing on the pedals.
  • Becomes more prominent when cycling volume increases.

Does Core Weakness Cause Cycling Back Pain?

Core weakness is often presented as the explanation for lower back pain in cyclists.

That is probably too simplistic.

There is limited evidence that a particular measure of trunk strength reliably identifies which cyclist will develop back pain.

However, trunk and hip strength can still be useful physical qualities to develop.

Strength training may improve the rider's capacity to tolerate longer or more demanding cycling sessions.

The important distinction is that an exercise can be useful without assuming that a weak muscle was the original cause of pain.

Clinical Observation: Reach, Handlebar Height and Back Position

A rider with lower back pain may describe a clear difference between an upright commuter bike and a more aggressive road-bike position.

In these circumstances, we may consider:

  • The distance from the saddle to the handlebars.
  • Handlebar height relative to the saddle.
  • Saddle tilt.
  • How the pelvis moves during pedalling.
  • Whether symptoms change when the riding position is modified.

These considerations are informed by biomechanics and clinical experience.

Importantly, some small studies have found improvements in lower back discomfort following individualised bike-fit adjustments.

However, the evidence remains limited, and an improvement following a fit adjustment does not prove that the previous setup caused tissue damage.

What Can Help With Cycling-Related Back Pain?

Management depends on the individual but may include:

  • Reviewing recent changes in riding volume.
  • Experimenting with a more comfortable riding position.
  • Progressive trunk and lower-limb strengthening.
  • Gradually increasing tolerance to longer rides.
  • Managing any symptoms that also occur during everyday activities.

Our Lower Back Pain Physiotherapy service addresses the wider range of factors that may contribute to back symptoms, not simply posture or muscle strength.

3. Neck and Shoulder Pain in Cyclists

Neck and shoulder discomfort can become particularly noticeable during longer road rides.

When riding with the trunk inclined forwards, the neck often needs to extend to maintain an appropriate view of the road.

The shoulders and arms also contribute to supporting the upper body and controlling the handlebars.

Some cyclists experience:

  • An ache across the upper shoulders.
  • Neck stiffness after long rides.
  • Discomfort between the shoulder blades.
  • Pain when maintaining a forward-leaning position.
  • Symptoms during prolonged riding on the drops or hoods.

There is no single posture that automatically causes neck pain.

Rather, the demands of a particular position may exceed what that person currently finds comfortable or can tolerate for the required duration.

Clinical Observation: Handlebar Reach and Upper-Body Load

In practice, a cyclist may report that neck or shoulder symptoms began after changing to a longer stem, lowering the handlebars or spending more time in an aerodynamic position.

This makes those changes reasonable factors to investigate.

A longer reach may alter how the cyclist distributes weight between the saddle, feet and handlebars.

A lower handlebar position may also increase the sustained demands of maintaining head and neck position.

However, we cannot assume that an aggressive riding position is inherently damaging or that everyone should adopt a more upright setup.

Comfort, performance goals, physical capacity and individual preference all matter.

Should You Strengthen the Upper Back and Shoulders?

Sometimes, yes.

Strength and endurance training for the neck, shoulder and upper-back musculature can be useful where the assessment identifies relevant limitations.

But strengthening should be considered alongside riding volume, positional tolerance and other potential contributors.

Our Neck Pain Physiotherapy and Shoulder Physiotherapy services can help assess symptoms that persist during cycling or other activities.

4. Hand Numbness and Wrist Pain: Handlebar Palsy

Hand numbness is a common complaint during longer rides.

Unlike many other cycling-related symptoms, there is a relatively well-understood mechanism by which sustained pressure on the handlebars can irritate nerves in the hand.

This is sometimes called handlebar palsy or cyclist's palsy.

What Is Ulnar Nerve Compression in Cycling?

The ulnar nerve passes through the wrist near the base of the little finger.

Prolonged pressure over this region, particularly when supporting body weight through the hands, can irritate or compress the nerve.

Symptoms may include:

  • Numbness or tingling in the little finger.
  • Altered sensation on the little-finger side of the ring finger.
  • Pain or pressure around the outer palm.
  • Hand weakness in more significant cases.

Some cyclists instead experience symptoms associated with the median nerve, which may affect the thumb, index and middle fingers.

Not every episode of hand numbness is caused by nerve compression at the wrist. Symptoms can also arise from the elbow, neck or other conditions.

Can Handlebar Position Contribute to Hand Numbness?

Yes, and the research here is more specific than for many other bike-fit theories.

Laboratory studies have measured how hand position and glove padding influence pressure over the ulnar nerve during cycling.

Different hand positions produce different pressure patterns.

In one study, padded gloves reduced peak pressure over the relevant region of the hand.

Clinical Observation: When Hands Carry Too Much Load

When a cyclist reports numbness that develops progressively during a ride, useful questions include:

  • How long does it take for symptoms to appear?
  • Which fingers are affected?
  • Do symptoms change when the rider moves their hands?
  • Is the cyclist placing substantial weight through the handlebars?
  • Have reach, saddle position or handlebar setup recently changed?
  • Are gloves or bar tape affecting local pressure?

Practical changes may include varying hand position, reducing prolonged pressure, reviewing the setup and modifying ride duration while symptoms are assessed.

New or persistent hand weakness should not be dismissed as a normal part of long-distance riding.

What About Carpal Tunnel Syndrome or Thoracic Outlet Syndrome?

Carpal tunnel syndrome involves irritation or compression of the median nerve at the wrist and can produce numbness or tingling in a different distribution from typical ulnar handlebar palsy.

Thoracic outlet syndrome is another, less common condition that can involve neurological or vascular symptoms in the upper limb.

However, it would be inaccurate to describe thoracic outlet syndrome as one of the most common cycling injuries or to assume that a hunched riding posture directly causes it.

Persistent numbness, weakness, changes in hand colour or circulation, or symptoms extending through the arm should prompt an appropriate clinical assessment.

5. Foot Pain and Numb Toes While Cycling

Foot discomfort is another problem cyclists may encounter, particularly during longer rides.

Symptoms can include:

  • Numbness in the toes.
  • Burning or pressure beneath the forefoot.
  • Pain around the ball of the foot.
  • Discomfort that increases as the ride continues.

These symptoms may be related to pressure within the shoe, local nerve irritation or other causes.

The rigid soles of cycling shoes, sustained foot positioning and repeated pedal forces create a different loading environment from walking or running.

Clinical Observation: Shoe Fit and Cleat Position

When foot symptoms appear primarily during cycling, it can be useful to consider:

  • Whether the shoe is too narrow or tight.
  • Whether straps or closures become more uncomfortable during longer rides.
  • The position of the cleat beneath the foot.
  • Changes in cycling duration or intensity.
  • Whether symptoms resolve after removing the shoes.

One small 2024 clinical study involving 21 cyclists reported improvements in forefoot pain after adjusting cleat position.

The findings are interesting, but the study was small and lacked the design needed to establish that a particular cleat position causes foot pain in all cyclists.

That makes cleat setup something worth investigating rather than a universal diagnosis.

Persistent pain or numbness may require assessment for local foot, nerve or circulation-related problems.

Our Foot & Ankle Physiotherapy service can assess musculoskeletal contributors and identify when further investigation is appropriate.

6. Saddle Discomfort and Perineal Numbness

Saddle discomfort is another problem that can make longer rides difficult.

Some cyclists experience pressure or irritation around the sitting bones, while others develop numbness or altered sensation in the perineal region.

These are not necessarily the same problem.

Local skin irritation, pressure-related discomfort and nerve symptoms can have different contributing factors.

Prolonged pressure on the perineum may irritate structures including the pudendal nerve.

Research examining saddle design and rider position has demonstrated that equipment choices can influence perineal pressure.

Does Saddle Shape or Tilt Matter?

It may.

Clinically relevant considerations include:

  • Saddle width and shape.
  • Saddle tilt.
  • The rider's position on the saddle.
  • Handlebar position.
  • Ride duration.
  • Whether the rider regularly changes position or stands on the pedals.

However, there is no single saddle shape that is best for every cyclist.

Some modifications reduce pressure in one region while increasing it elsewhere.

Persistent genital or perineal numbness should not be accepted as a normal consequence of cycling. It deserves prompt attention and, when necessary, medical assessment.

What About Injuries From Cycling Crashes?

So far, we have focused primarily on gradual-onset cycling complaints.

But road cycling, mountain biking, BMX and other disciplines also involve the possibility of acute traumatic injuries.

These may include:

  • Clavicle fractures.
  • Wrist or hand fractures.
  • Shoulder injuries.
  • Soft-tissue injuries.
  • Head injuries and concussion.

The injury patterns differ between road cycling, BMX, track cycling and mountain biking.

These traumatic injuries are not explained by saddle height, reach or general bike-fit measurements.

They require assessment according to the mechanism and severity of the injury.

Following a crash, suspected fracture, substantial shoulder deformity or inability to use a limb requires urgent medical assessment. Any concerning head-injury symptoms also require prompt evaluation.

Our Sports Concussion Rehabilitation and Pre & Post Surgery Physiotherapy services may be relevant later in the recovery pathway, following appropriate acute medical management.

Does Bike Fit Really Cause Cycling Injuries?

This is worth addressing directly.

There are many traditional explanations for cycling pain that focus on saddle height, knee tracking, cleat position, leg length or riding posture.

These explanations can sound convincing because changing a bike's setup changes how the rider moves and where forces are applied.

But a plausible biomechanical explanation is not the same thing as demonstrating a cause of injury.

A systematic review investigating factors associated with overuse injuries in cyclists found limited high-quality evidence supporting strong relationships between specific bike-fit measurements and pain.

Some traditionally emphasised measurements showed little or inconsistent association with symptoms.

A more recent systematic review investigating bike fitting for lower back pain found improvements in discomfort following individualised adjustments, but included only three studies.

So where does that leave us?

Our Approach: Bike Fit Is One Piece of the Puzzle

We consider bike setup because it influences the physical demands of riding and may affect comfort.

But we would also consider:

  • How much cycling the person is currently doing.
  • Recent changes in training intensity or duration.
  • Previous symptoms or injuries.
  • Strength and physical capacity where relevant.
  • Whether symptoms occur away from cycling.
  • Individual comfort, preferences and performance goals.

Sometimes a setup change may be useful. Sometimes an exercise program or modification to training is more relevant.

Often, a combination of approaches makes sense.

How Does Training Load Contribute to Cycling Injuries?

One of the more consistent associations in cycling research involves the relationship between training exposure and overuse symptoms.

That does not mean cycling long distances is inherently harmful.

Instead, it highlights the importance of matching training demands with an individual's capacity.

For example, symptoms may develop when a rider:

  • Suddenly doubles their weekly riding distance.
  • Begins repeated high-intensity hill sessions.
  • Returns to long rides after an extended break.
  • Introduces additional training without adjusting existing commitments.
  • Significantly changes their riding position while also increasing training.

These changes may be worth investigating, particularly when symptoms appear around the same time.

However, we should not assume that every increase in training load causes injury.

Progressive exposure to physical stress is also how strength and endurance improve.

The challenge is finding a balance between providing enough stimulus for adaptation and avoiding an amount of loading the person cannot currently tolerate.

Can Strength Training Help Cyclists With Pain?

Strength training can be useful for cyclists for several reasons.

It can develop lower-limb and trunk strength, support general physical capacity and help athletes tolerate different sporting and everyday demands.

For someone with a cycling-related injury, exercises may also be used to progressively restore the capacity of a particular tissue or body region.

Depending on the presentation, useful exercises may include:

  • Squats and leg press.
  • Split squats.
  • Romanian deadlifts.
  • Calf strengthening.
  • Trunk exercises.
  • Upper-back and shoulder strengthening.

The appropriate exercises depend on the individual.

We would avoid prescribing the same list to every cyclist simply because they have developed pain.

Strength training should be guided by what the person needs to improve and how their symptoms respond.

Our Exercise Physiology and Sports Physiotherapy services can support cyclists wanting to develop physical capacity alongside their riding.

When Should a Cyclist See a Physiotherapist?

Not every minor ache requires a clinical appointment.

Some discomfort settles with an appropriate adjustment to training, rest or riding position.

However, physiotherapy assessment may be particularly useful when:

  • Pain repeatedly limits riding distance or intensity.
  • Symptoms return whenever training increases.
  • Knee pain persists despite modifying the cycling load.
  • Back or neck pain is also affecting everyday activity.
  • Hand or foot numbness is recurring.
  • Weakness or reduced physical function develops.
  • An injury is preventing a return to normal training.

Persistent or progressive neurological symptoms, significant weakness, vascular changes or substantial symptoms following a crash require appropriate medical assessment rather than relying solely on bike-fit changes.

The aim is to establish what the symptoms represent before deciding which changes or treatments are likely to be useful.

Frequently Asked Questions About Cycling Injuries

What Is the Most Common Overuse Injury in Cycling?

Knee pain and lower back pain are among the most frequently reported overuse problems in cyclists.

However, the most common complaint depends on the population studied, the type of cycling and how symptoms are recorded.

Neck pain, hand numbness and saddle discomfort are also commonly reported.

Can a Poor Bike Fit Cause Knee Pain?

Bike setup can influence lower-limb position and loading during pedalling.

Clinically, saddle height and cleat position are reasonable factors to review when knee pain develops, particularly following equipment changes.

However, research has not established a consistent causal relationship between specific bike-fit measurements and knee pain.

Training history, previous symptoms and physical capacity should also be considered.

Why Does My Lower Back Hurt After Cycling?

Lower back pain may be influenced by the duration and intensity of riding, tolerance to a sustained position, individual physical factors and other health considerations.

Bike setup may also influence comfort.

Persistent back pain should be assessed rather than assuming it is caused by poor posture or weak core muscles.

Why Do My Hands Go Numb While Cycling?

Prolonged pressure on the handlebars can irritate the ulnar or median nerve at the wrist.

The fingers affected, duration of symptoms and presence of weakness can help distinguish different presentations.

Changing hand position, reviewing pressure distribution and modifying riding exposure may help, but persistent numbness or weakness should be assessed.

Should I Change My Saddle Height if My Knee Hurts?

Not automatically.

It is worth reviewing saddle position if knee symptoms developed after a setup change or seem related to a particular riding position.

But there is no universally correct saddle height that prevents knee injuries.

Small, considered changes may help establish whether the setup is relevant, ideally without making several major adjustments at once.

Can I Keep Cycling if I Have Knee or Back Pain?

Sometimes, yes.

For many common overuse presentations, it is possible to modify riding volume, intensity or position while continuing some cycling.

However, the appropriate approach depends on the diagnosis, severity and response to activity.

Severe or worsening symptoms, neurological changes or suspected traumatic injuries require further assessment.

Cycling Injury Physiotherapy in Kelvin Grove, Brisbane

At RHP Physiotherapy in Kelvin Grove, our sports physiotherapists work with recreational and competitive athletes managing pain, returning from injury and rebuilding physical capacity.

When assessing cycling-related symptoms, we consider the person's broader health and activity goals alongside the physical demands of riding.

Depending on the presentation, assessment may include:

  • Understanding the location and behaviour of symptoms.
  • Reviewing recent training volume and intensity.
  • Considering cycling position and relevant bike-fit factors.
  • Assessing strength, mobility and functional capacity where appropriate.
  • Developing an individual exercise and activity-management plan.
  • Supporting a progressive return to normal cycling demands.

You can learn more about our Sports Physiotherapy, Physiotherapy and Exercise Physiology services.

The important message is that cycling pain is rarely explained by one isolated measurement or movement pattern.

Bike fit, training load, physical capacity and the individual's broader circumstances can all be worth exploring.

Understanding how those factors interact is more useful than simply assuming that every cyclist needs a higher saddle, stronger glutes or better posture.

Research Informing This Article

Leave A Comment

Go to Top