Adding Objective Gait Analysis to Your Practice: Options, Workflow, and What to Consider

Every clinician who works with movement already does gait analysis — visually, in the hallway, dozens of times a week. What's changing is the expectation that those impressions be backed by numbers. The equipment landscape for getting there ranges from six-figure laboratories to sensors that live in a shoe, and the trade-offs are real. This guide walks through why practices make the move, what each equipment category honestly offers, how the test fits into a visit, and what to evaluate before signing anything.

Why practices add objective gait analysis

Four motivations come up again and again, and they're all legitimate:

• Objectivity. The trained eye is invaluable and unquantified. Measurement surfaces asymmetries, loading patterns, and timing differences that observation can miss — and settles the "is this actually improving?" question with data rather than recollection.
• Documentation. Measured baselines and re-tests strengthen clinical notes, justify treatment decisions, and give payers and referral sources something more substantial than "gait observed, antalgic."
• Patient communication. A patient shown their own left–right asymmetry on a report understands their problem — and their progress — in a way no verbal explanation achieves. That understanding is one of the better levers a practice has on adherence.
• Differentiation. "We measure how you move" is a concrete, demonstrable difference in a market where most clinics assess gait the same way they did twenty years ago.

The equipment landscape, honestly compared

Optical motion-capture labs: the gold standard, at gold prices

Multi-camera optical motion capture with reflective markers remains the research gold standard for kinematics. It's also the heaviest lift by every measure: systems commonly start around $50,000 and climb well beyond, they need a dedicated room with camera clearance, a trained technician to place markers and process data, and meaningful time per session. For a research facility or an elite-sport program, that's the job. For a clinical practice testing many patients a week, the cost, space, and time-per-test rarely pencil out.

Instrumented walkways and pressure systems: fixed and pressure-focused

Instrumented walkways and pressure-plate systems capture spatiotemporal parameters and plantar pressure as the patient walks over them. They typically run to the mid five figures, require a fixed installation with dedicated floor space, and — by design — measure primarily what happens at the foot–ground interface. They're proven tools, especially in podiatric and research settings; the trade-offs are the fixed footprint, the price, and a capture window limited to the strides that land on the instrumented surface.

Treadmill-based systems: controlled, but not quite natural

Instrumented treadmills and treadmill-camera combinations offer a controlled, repeatable environment and unlimited consecutive strides. The honest caveat is well documented in the gait literature: treadmill walking is not identical to overground walking — speed is imposed, and some patients (particularly older adults and post-surgical patients) walk differently, or warily, on a moving belt. Fine for many use cases; worth remembering when the clinical question is "how does this patient really walk?"

Wearable sensor systems: natural gait, minutes per test

The newest category puts the sensors on the patient instead of in the room: IMU-based body-worn kits and insole-based platforms. The shared advantages are portability, minimal space requirements, minutes rather than hours per test, and — most clinically interesting — natural overground walking, in the patient's own shoes, in an ordinary corridor rather than a lab environment.

This is the category Baliston belongs to. The Baliston platform measures 30+ gait parameters from an insole equipped with AI Mov-Scan during a roughly 3-minute capture, with 95% concordance with optical motion capture shown in peer-reviewed research — used today by 1,500+ practitioners in 50+ countries, with more than 200,000 patient analyses performed. Within the wearable category, the practical differentiators between products are validation evidence, parameter breadth, report quality, and whether the system extends beyond the clinic visit into daily-life tracking.

Workflow integration: where the test lives in your day

Equipment decisions get most of the attention; workflow decisions determine whether the equipment gets used in month six. Four questions to settle before launch:

• Who runs the test? For most modern systems, a trained MA, aide, or technician can administer the capture under the clinician's supervision — fit the sensors, run the standardized walk, confirm data quality. The clinician's time is reserved for interpretation. If a system requires the clinician for the capture itself, that cost compounds with every test.
• Where does it fit in the visit? The common pattern: capture happens during rooming or immediately after intake, so results are ready when the clinician walks in. A ~3-minute wearable capture fits this slot; a 45-minute lab protocol becomes its own appointment.
• Use the report chairside. The highest-value minute is the one where clinician and patient look at the report together — the asymmetry, the loading pattern, the change since last visit. Practices that treat the report as a conversation tool, not a filed document, get the adherence and communication benefits.
• Set a re-assessment cadence. A single baseline is a snapshot; the value compounds with repetition. A workable default: test at initial evaluation, re-test when the plan of care changes, and again at discharge — with interim checks for longer episodes.

What to evaluate before you choose

Whatever the category, the same checklist applies:

• Validation evidence. Ask for peer-reviewed validation against a recognized reference standard — not just a white paper. What's the concordance, and for which parameters?
• Workflow time. Total minutes per test, including setup and processing — not just the capture itself.
• Space. Dedicated room, fixed corridor, or none at all?
• Training burden. How long until your support staff run it confidently, and what happens when that staff member leaves?
• Per-test economics. Upfront cost, subscription or consumable costs, and realistic test volume — the math per test, not the sticker price.
• Longitudinal tracking. Does the system make before/after comparison effortless? Progress over time is where most of the clinical and communication value lives.
• Patient experience. Own shoes vs. barefoot, natural walking vs. a lab protocol, minutes vs. an hour. Friction here quietly shrinks how often the test gets used.

A brief note on billing

Objective physical performance testing with a written report is commonly billed under CPT 97750 (physical performance test or measurement, with written report, per 15 minutes) — we've covered the details in our guide to CPT 97750 for gait assessment. The standing caveat applies: coverage and documentation requirements vary by payer, plan, and state, and change over time, so confirm specifics with your billing professional. CPT® is a registered trademark of the American Medical Association.

The bottom line

There's no single right answer — a university biomechanics lab and a two-clinician podiatry practice should buy different things. But for most clinical practices, the decision comes down to a simple test: will this get used on a normal Tuesday? Equipment that demands a dedicated room, a technician, and a separate appointment tends to become a special-occasion tool. Systems that capture natural overground gait in minutes, run by existing staff inside the existing visit, tend to become part of the standard of care. Start from the workflow you can sustain, then choose the hardware that fits it — not the other way around.