What it is

Gait dysfunction refers to inefficient or compensatory walking or running patterns that increase stress on tissues. Examples include antalgic gait, excessive crossover running, over‑stride, or marked hip drop. It may be caused by a neurological condition, musculoskeletal issue, systemic or medical condition, and many other factors, such as poor vision and certain medications. Treatment targets the driver and the pattern together.

What happens when it occurs

Inefficient patterns magnify joint loads and tendon demand. Small technique changes can redistribute the load and often relieve symptoms quickly, allowing strength and range to be restored.

Common causes and risk factors

  • Previous injury with protective habits that persisted
  • Deconditioning, reduced hip or ankle range
  • Training spikes or abrupt terrain changes

Who is most affected

Runners during build‑ups, older adults after injury, and workers returning after time off.

Typical symptoms

  • Localised pain that eases with technique cues
  • Fatigue in the calves, hips, or back during longer walks or runs
  • Uneven shoe wear or frequent tripping

When to seek care

If pain persists, if you cannot self‑correct with cues, or if balance and tripping worsen.

How we diagnose

Video gait analysis, step‑width and stride‑length measures, cadence, hip drop quantification, and strength and range testing.

Management

A therapist can help by assessing the specific cause and developing a personalised treatment plan to improve the walking pattern and quality of life.

  • Physical therapy will play a key role in treating gait impairments by designing personalised programs, along with the necessary examination and assessments to determine and monitor the underlying cause.
  • Technique: increase cadence slightly, reduce over‑stride, adopt a modest step width, and improve arm swing
  • Strength: calves, hip abductors and rotators, trunk endurance
  • Mobility: ankle dorsiflexion and hip extension were limited
  • Graded exposure to distance, speed, and terrain

Rehabilitation milestones

Phase 1 weeks 0–2: identify driver, simple cues, short walks or run‑walk.

Phase 2 weeks 2–6: heavy slow strength, cadence and step‑width targets, hill tolerance.

Phase 3 weeks 6–12: plyometric prep, speed changes, technical terrain.

Phase 4 weeks 12–16: performance goals and race‑pace or work‑pace tasks.

Readiness to progress

  • Stable pain across a week
  • Hip drop reduced on video and strength within 90 per cent
  • Goal‑cadence run completed without next‑day increase

Prevention

  • Keep a base of strength and mobility
  • Plan stepwise changes to distance, speed, and terrain
  • Refresh technique with periodic check‑ins

Australia snapshot

  • Common in recreational runners and return‑to‑work pathways
  • Hard footpaths, coastal camber, and hills influence gait choices
  • Clinics widely offer video gait analysis and strength testing

Latest insights

Technique changes work fastest when strength and mobility support them.

Film your gait and chase measurable changes, not perfect form.

Frequently Asked Questions

There is no single number. A slight increase often reduces over‑stride and impact. Select a rhythm that alleviates symptoms and feels manageable.

Not by itself. Over‑stride is the issue. Bringing the foot closer under the body usually helps.

Most people adapt within weeks when cues are reinforced and strength improves.

Wear comfortable shoes that are suited to your mechanics and terrain. Replace them before cushioning is spent.

Vary terrain. Softer paths can help early while you build capacity.

Yes. External cues make cadence changes easier to adopt.

Worsening balance, tripping, or progressive weakness needs review.