How is the BVMT-R different from the RAVLT?

The BVMT-R measures visual/nonverbal memory using geometric figures, while the RAVLT measures verbal memory using a word list. They assess related but distinct neural networks, and a battery often includes both to determine whether a memory deficit is domain-specific or global.

Is there a single "failing" score on the BVMT-R?

No. Scores are converted to age-normed T-scores and interpreted relative to the normative distribution, not against a fixed pass/fail line. A low raw score in an older patient may be entirely normal for that age group, while the same raw score in a younger patient may fall well below average.

Why does the BVMT-R have six alternate forms?

Alternate forms use different geometric figures across administrations so that a patient's improved performance on repeat testing reflects genuine recovery or learning rather than simple memorization of the specific test content from a prior session — important for serial concussion and cognitive-health monitoring.

Can the BVMT-R be billed on its own?

Generally no. It is billed as part of a battery under the test-administration codes (96136/96137 or 96138/96139) plus the neuropsychological testing evaluation codes (96132/96133) for interpretation, not as an isolated CPT line item.

Who typically orders a BVMT-R?

Neurologists, neuropsychologists, and other specialists managing concussion, TBI, or broader cognitive-health concerns typically include the BVMT-R as part of a battery when a visual-memory measure is clinically indicated — see when to refer for neuropsych testing for more on that decision.

Brief Visuospatial Memory Test-Revised (BVMT-R)

The BVMT-R is a standardized neuropsychological test of visual/nonverbal learning and memory, administered in about 10 minutes plus a 25-minute delay before a delayed-recall trial. It uses six alternate forms to reduce practice effects on repeat testing, and scores are converted to age-normed T-scores rather than judged against a single fixed cutoff.

What the BVMT-R Measures

The Brief Visuospatial Memory Test-Revised (BVMT-R) assesses nonverbal, visual learning and memory — the visuospatial counterpart to verbal-memory instruments like the RAVLT. The patient is shown a 6-figure geometric design for 10 seconds across three learning trials, then asked to reproduce the figures from memory immediately after each exposure. After a 25-minute delay filled with other testing, the patient is asked to reproduce the design again (delayed recall), followed by a recognition trial (identifying the six original figures from a larger array of distractors) and a copy trial in which the patient draws the figures while looking directly at them, isolating pure visuoconstructional ability from memory.

Because visual memory relies on different neural networks than verbal memory, the BVMT-R is a common companion to verbal-memory testing in a full battery — it can flag a memory deficit that a verbal-only battery would miss, or confirm that a verbal-memory finding is domain-specific rather than a global memory problem.

Administration Time

Total time is approximately 10 minutes of direct administration (three learning trials plus the recognition and copy trials), but the full protocol spans about 30–35 minutes because of the mandatory 25-minute delay period before the delayed-recall trial. In practice, that delay window is typically filled with other tests in the battery (for example, Trail Making Test A or digit span) rather than idle waiting, which is one reason BVMT-R is usually administered as part of a structured battery rather than as a standalone screen.

Scoring and Interpretation

Raw scores from the three learning trials, the delayed-recall trial, and the recognition trial are each converted to age-normed T-scores using the BVMT-R normative manual. There is no single universal pass/fail cutoff for this test — impairment is judged relative to where a patient's T-score falls in the age-based normative distribution. As a general convention, a T-score below roughly 40 is often treated as below average and a T-score below roughly 30 as suggestive of impairment, but these conventions vary somewhat depending on the normative dataset a given clinic or software platform uses, and a raw score alone should never be characterized as "normal" or "abnormal" without a normative reference applied.

The six alternate forms are a distinguishing feature of the BVMT-R relative to some other visual-memory measures: because concussion and cognitive-health monitoring often requires repeat testing over weeks or months, alternate forms reduce the risk that improvement between administrations simply reflects the patient having memorized the specific figures from a prior session rather than genuine cognitive recovery.

Clinical Use Case

BVMT-R is used wherever a clinician needs an objective, normed measure of nonverbal memory: post-concussion and traumatic brain injury workups, evaluation of post-concussion syndrome, dementia and mild cognitive impairment workups, and monitoring cognitive change in conditions such as chemotherapy-related cognitive change or MCI of unclear cause. Its brevity and alternate-forms design make it especially suited to serial monitoring protocols, where the same patient may be retested at multiple points across a recovery or treatment timeline. It sits in the memory domain alongside verbal-memory measures, and findings are typically interpreted together with the rest of a neuropsychological battery rather than in isolation.

CPT Code for Administering the BVMT-R

This page provides general educational information about CPT and RTM billing codes. It is not coding advice, a guarantee of reimbursement, or a substitute for your own compliance review. Payer coverage and documentation requirements vary by plan and can change — verify current requirements with CMS, your Medicare Administrative Contractor, and each payer before billing.

Administration and scoring of the BVMT-R as part of a battery is typically captured under 96136 (test administration and scoring by a physician or other qualified health care professional, first 30 minutes, two or more tests, any method) or 96138 (the equivalent technician-administered code), with additional 30-minute increments billed using the corresponding add-on codes. The interpretive work — integrating the BVMT-R result with the rest of the battery into a clinical report — falls under 96132/96133 (neuropsychological testing evaluation services). The BVMT-R is not billed as a standalone code; it is one component test within a documented battery, and correct code selection depends on who administered the test (physician/QHP vs. technician) and total time spent, per current CMS billing and coding guidance.

Where BVMT-R Sits in the Kavera Protocol

Within Kavera's Cognitive Health and Concussion modules, the BVMT-R is one instrument in the broader assessment battery patients complete between office visits, alongside verbal-memory, attention, and processing-speed measures. Because the platform can present alternate forms across serial administrations, it is built to support repeat visual-memory testing without the same-form practice-effect confound that complicates manual re-testing.

How Kavera Handles This

BVMT-R sits in the Cognitive Health module for serial memory testing across the six alternate forms. Kavera schedules the form, scores it, and plots it against the patient's baseline so a memory trend is visible before the visit, and the administration record supports 96136/96137 or 96138/96139 depending on who administers. Self-Serve practices run this with their own staff. On Managed, Juliet Mott's team runs it and bills it under your credentials.