A useful running gait analysis should do more than show you slow-motion video and point out every asymmetry. It should answer a clinical or performance question: What changes when symptoms appear? Which features may be increasing demand on an irritated tissue? Does a small cue improve comfort without creating a new problem? And is the main limitation actually gait, or is it strength, workload, recovery, or tissue capacity?
At Steady Physical Therapy & Performance, running gait analysis is integrated with a physical examination and training review. The goal is not to make every runner look the same. It is to identify modifiable factors that are relevant to your symptoms and goals.
At Steady Physical Therapy & Performance, running gait analysis is integrated with a physical examination and training review. The goal is not to make every runner look the same. It is to identify modifiable factors that are relevant to your symptoms and goals.
Who may benefit from a gait analysis
- Runners with recurring knee, hip, shin, calf, Achilles, foot, or hamstring pain
- Runners who feel symptoms only at a particular pace, distance, hill grade, or stage of fatigue
- Athletes returning to running after injury or surgery
- New runners who want a baseline assessment and a safe progression plan
- Experienced runners considering a deliberate change in cadence, stride, footwear, or terrain
- Runners who have been told their form is “wrong” and want a more individualized assessment
What gait analysis can and cannot tell us
Video can show timing, stride characteristics, trunk and pelvic movement, lower-extremity alignment, foot placement, and changes with speed or fatigue. These observations may help guide cueing or exercise selection. They do not prove that a visible feature caused an injury.
Running injuries are multifactorial. A runner may have a visually noticeable pattern and no pain, while another runner with conventional-looking mechanics develops symptoms after a rapid increase in volume. The analysis is therefore interpreted alongside your history, tissue irritability, strength, mobility, training load, and goals.
Running injuries are multifactorial. A runner may have a visually noticeable pattern and no pain, while another runner with conventional-looking mechanics develops symptoms after a rapid increase in volume. The analysis is therefore interpreted alongside your history, tissue irritability, strength, mobility, training load, and goals.
What the assessment includes
1. Training and symptom history
We review weekly mileage, pace distribution, recent changes, hills, speed work, surfaces, footwear, cross-training, recovery, and the exact point in a run when symptoms develop. A training change often provides more useful information than a single still frame.
2. Physical examination
Testing is individualized and may include ankle mobility, calf and soleus endurance, foot function, hip and trunk strength, single-leg control, hopping, and movement under load. This helps distinguish a movement strategy from a capacity limitation.
3. Video at relevant speeds
Running is recorded from useful angles at a pace you can reproduce comfortably. When safe and appropriate, we may compare speeds, inclines, or the early and later stages of a running bout. Mechanics can change substantially as pace and fatigue change.
4. Trial modifications
Potential changes are tested rather than assumed. Examples may include a small cadence adjustment, a cue to reduce overstriding, a change in trunk position, a quieter landing cue, or a temporary change in pace or incline. The best modification is one that improves the target outcome and feels repeatable without simply moving symptoms elsewhere.
5. Integration into a plan
You receive practical recommendations for running and strength training. A gait cue alone is rarely enough if the relevant tissue lacks capacity. Likewise, a long exercise list is not useful if a simple training or pacing adjustment is the primary need.
We review weekly mileage, pace distribution, recent changes, hills, speed work, surfaces, footwear, cross-training, recovery, and the exact point in a run when symptoms develop. A training change often provides more useful information than a single still frame.
2. Physical examination
Testing is individualized and may include ankle mobility, calf and soleus endurance, foot function, hip and trunk strength, single-leg control, hopping, and movement under load. This helps distinguish a movement strategy from a capacity limitation.
3. Video at relevant speeds
Running is recorded from useful angles at a pace you can reproduce comfortably. When safe and appropriate, we may compare speeds, inclines, or the early and later stages of a running bout. Mechanics can change substantially as pace and fatigue change.
4. Trial modifications
Potential changes are tested rather than assumed. Examples may include a small cadence adjustment, a cue to reduce overstriding, a change in trunk position, a quieter landing cue, or a temporary change in pace or incline. The best modification is one that improves the target outcome and feels repeatable without simply moving symptoms elsewhere.
5. Integration into a plan
You receive practical recommendations for running and strength training. A gait cue alone is rarely enough if the relevant tissue lacks capacity. Likewise, a long exercise list is not useful if a simple training or pacing adjustment is the primary need.
Cadence, foot strike, and overstriding
Cadence is often discussed as if every runner should reach the same number. In reality, cadence naturally changes with speed and individual characteristics. Some runners benefit from a modest increase because it shortens stride and changes joint loading. Others do not need to change it.
Foot strike is also not a quality score. Switching from a rearfoot strike to a forefoot strike may reduce demand in one region while increasing demand at the calf, Achilles, ankle, and forefoot. A sudden transition can create a new injury even when the change was intended to prevent one.
Overstriding is better evaluated in context than by where the foot appears relative to the body in one frame. Braking, cadence, leg stiffness, speed, and trunk position all contribute. The relevant question is whether a modification improves your symptoms or mechanics at the dose you can tolerate.
Foot strike is also not a quality score. Switching from a rearfoot strike to a forefoot strike may reduce demand in one region while increasing demand at the calf, Achilles, ankle, and forefoot. A sudden transition can create a new injury even when the change was intended to prevent one.
Overstriding is better evaluated in context than by where the foot appears relative to the body in one frame. Braking, cadence, leg stiffness, speed, and trunk position all contribute. The relevant question is whether a modification improves your symptoms or mechanics at the dose you can tolerate.
Should every runner have a gait analysis?
No. Many injuries can be treated effectively without changing running form. If symptoms are clearly linked to a training error and improve with appropriate load management and strengthening, extensive gait retraining may add complexity without meaningful benefit.
Gait analysis is most valuable when it changes a decision. It may identify a useful cue, reveal a fatigue-related shift, support a return-to-running progression, or confirm that the main issue lies elsewhere.
Gait analysis is most valuable when it changes a decision. It may identify a useful cue, reveal a fatigue-related shift, support a return-to-running progression, or confirm that the main issue lies elsewhere.
What to bring
- The running shoes you use most often
- Shorts or fitted clothing that allows the legs and trunk to be seen
- Any orthotics, braces, or inserts you normally use
- Recent training information from your watch or running app, if available
- A description of the pace, distance, or terrain that usually reproduces symptoms
Frequently asked questions
Will I receive a “good” or “bad” form score?
No. The assessment focuses on clinically relevant findings, not a universal score. Normal running includes substantial individual variation.
Can you analyze outdoor running?
Treadmill analysis provides a controlled view and allows immediate comparison of cues. Outdoor video can sometimes add useful context, especially for hills or trail running, but it is interpreted carefully because camera angle, surface, and pace affect what is seen.
Can gait analysis make me faster?
It may identify opportunities related to mechanics or pacing, but speed is also influenced by training, aerobic fitness, strength, running economy, recovery, and experience. The assessment does not promise a faster race time.
Is this appropriate if I am currently injured?
Often, yes, provided running is safe and tolerated. If impact is not appropriate, the physical evaluation and training review can still guide treatment, and gait analysis can be added later in the return-to-run process.
Book a running gait analysis at Steady Physical Therapy & Performance when you want more than a generic form checklist - and a plan that connects what we see to how you train.
No. The assessment focuses on clinically relevant findings, not a universal score. Normal running includes substantial individual variation.
Can you analyze outdoor running?
Treadmill analysis provides a controlled view and allows immediate comparison of cues. Outdoor video can sometimes add useful context, especially for hills or trail running, but it is interpreted carefully because camera angle, surface, and pace affect what is seen.
Can gait analysis make me faster?
It may identify opportunities related to mechanics or pacing, but speed is also influenced by training, aerobic fitness, strength, running economy, recovery, and experience. The assessment does not promise a faster race time.
Is this appropriate if I am currently injured?
Often, yes, provided running is safe and tolerated. If impact is not appropriate, the physical evaluation and training review can still guide treatment, and gait analysis can be added later in the return-to-run process.
Book a running gait analysis at Steady Physical Therapy & Performance when you want more than a generic form checklist - and a plan that connects what we see to how you train.
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Located inside:
Back to Sports - Fitness & Therapy 693 Monterey Blvd. San Francisco, CA 94127 (415) 484 - 3446 Dr. Susie Lunardi, PT, DPT [email protected] |
Saturday - call to schedule
Wed/Fri - book directly online, 9:00am - 5:00pm PST |