What is the WRAML-3? Inside the Wide Range Assessment of Memory and Learning
The WRAML-3 is Pearson's memory and learning battery for ages 5 to 90. See what it measures, its key subtests, scoring, and how it differs from an IQ test. (155 chars)
Dr. Russell T. WarneChief Scientist
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The WRAML-3 (Wide Range Assessment of Memory and Learning, Third Edition, styled WRAML3 by its publisher) is an individually administered test of memory and new learning published by Pearson in 2021 and normed for ages 5 years 0 months through 90 years 11 months. Written by psychologists Wayne Adams and David Sheslow, it measures how well a person can take in, hold, and retrieve verbal and visual information, along with the attention, concentration, and working memory abilities that support learning. Examiners reach for it when memory is the question an IQ test cannot fully answer: after a head injury, during a learning disability evaluation, or when a student or adult seems to forget new material faster than expected. This article covers what the WRAML-3 measures, its main subtests, how its scores work, who uses it, and how memory testing fits alongside intelligence testing.
What the WRAML-3 measures
According to Pearson, the WRAML-3 measures "short- and long-term memory functioning and the ability to learn new material in children and adults." In practice, the battery samples memory across two content domains and several time frames, then adds tasks for attention and working memory.
• Verbal memory: remembering material that is heard, such as short stories and word lists.
• Visual memory: remembering material that is seen, such as meaningful pictures and abstract designs.
• Attention and concentration: holding and reproducing short sequences, a foundation skill that feeds every other memory task.
Each memory domain is tested in three ways. "Immediate recall" asks the examinee to reproduce material right after it is presented. "Delayed recall" returns to the same material later in the session, without warning, to see how much survived the delay. "Recognition memory" then presents choices and asks the person to pick out what they saw or heard earlier, which separates true forgetting from trouble retrieving information on demand. Someone who cannot freely recall a story but recognizes its details when prompted has a retrieval problem rather than a storage problem, and that distinction changes recommendations.
These subtests combine into index scores. The sample score report Pearson publishes lists Verbal Immediate, Visual Immediate, Verbal Delayed, Visual Delayed, Verbal Recognition, and Visual Recognition indexes, an Attention/Concentration Index, and general composites summarizing immediate, delayed, and recognition performance. A separate Working Memory Index is built from parallel visual and verbal "working memory" subtests, which require mentally reorganizing information rather than simply repeating it.
The previous edition, the WRAML2, covered the same 5 to 90 age range with a General Memory Index and verbal, visual, and attention/concentration indexes. Pearson reports that the third edition adds updated norms, new subtests measuring visual delayed memory, working memory subtests extended across the full age range, two abbreviated battery formats, and an embedded "performance validity indicator," a built-in check on whether the examinee was giving reasonable effort.
Key subtests on the WRAML-3
The core of the battery consists of six subtests, with delayed and recognition follow-ups given later in the session.
• Story Memory: the examinee listens to short stories and retells them, testing memory for meaningful, connected verbal material.
• Verbal Learning: a word list is presented over repeated trials, showing how quickly a person builds up new rote verbal learning.
• Picture Memory: measures immediate recall of meaningful visual scenes, the kind of contextual visual information we meet in daily life.
• Design Learning: abstract designs are studied and reproduced across four learning trials, and the examiner can chart a "learning slope" showing how efficiently the person improves with repetition.
• Finger Windows and Number Letter: brief sequencing tasks that make up the Attention/Concentration Index.
Delayed and recognition versions of the story, list, picture, and design tasks come later, and supplementary Visual Working Memory, Verbal Working Memory, and Sentence Memory subtests round out the battery. Pearson lists a full administration at 70 to 90 minutes, a six-subtest brief form at 25 to 30 minutes, a two-subtest brief form at 12 to 15 minutes, and a screener at 20 to 30 minutes. The WRAML-3 is a C-level instrument, meaning it is administered and interpreted by professionals with graduate training in assessment, typically psychologists.
How WRAML-3 scores work
WRAML-3 indexes are reported as "standard scores" on the same metric as IQ scores: a mean of 100 and a "standard deviation," a measure of how spread out scores are, of 15 points. About two thirds of people score between 85 and 115 on any given index. Individual subtests use scaled scores from 1 to 19, with 10 as average. Scores come with percentile ranks and "confidence intervals," ranges that acknowledge the measurement error present in any single testing.
Interpretation is more than reading one number. Examiners compare indexes against each other, looking at questions such as whether verbal memory lags visual memory, whether delayed recall drops off sharply from immediate recall, or whether attention problems are dragging down everything else. The performance validity indicator flags records where low effort may have contaminated results.
A caution worth knowing: scattered low scores are common in healthy people. Pearson's sample interpretive report notes that 28 percent of individuals in the WRAML-3 normative sample earned at least one subtest score of 4 or lower, and 13 percent had at least one index score of 70 or below. A single weak score is not evidence of impairment; clinicians look for consistent patterns that line up with history and everyday functioning.
Who uses the WRAML-3, and for what
The WRAML-3 shows up in school evaluations, clinics, and hospitals, usually as one component of a broader battery. If you want the wider context for how these evaluations are built, see our guide to what neuropsychological testing involves (https://www.riotiq.com/articles/specific-iq-tests-and-formats/what-is-neuropsychological-testing).
• Traumatic brain injury: memory complaints are among the most common problems after a head injury. A 2022 study in the Journal of Pediatric Neuropsychology used the WRAML-3 to compare youth with moderate to severe traumatic brain injury against matched controls and reported preliminary evidence of memory dysfunction in the more severely injured group.
• ADHD evaluations: the Attention/Concentration and Working Memory indexes speak directly to ADHD referral questions. A meta-analysis in the Journal of the American Academy of Child and Adolescent Psychiatry found that children with ADHD show measurable working memory impairments, especially on spatial tasks. Our article on IQ and ADHD (https://www.riotiq.com/articles/special-populations-and-related-conditions/iq-and-adhd) covers how attention problems interact with cognitive testing more broadly.
• Learning disabilities: the repeated-trial learning subtests show how efficiently a student acquires new material, which helps distinguish a memory or learning problem from low exposure or low motivation.
• Aging and adult memory concerns: because norms extend to age 90, the same instrument can track memory in older adults; Pearson's own sample report walks through the profile of an 86-year-old examinee.
Since the WRAML2 was limited in its working memory coverage at some ages, the third edition's full-range working memory subtests and adult norms have made the battery more useful for lifespan assessment.
How memory testing relates to IQ testing
Memory ability is related to general intelligence, and clearly distinct from it. A meta-analysis of 86 samples by Ackerman, Beier, and Boyle in Psychological Bulletin estimated the average correlation between working memory and general intelligence at about .48, meaning the two constructs share roughly a quarter of their variance. That overlap is why IQ batteries include working memory tasks, and the remaining differences are why a dedicated memory battery like the WRAML-3 can reveal problems an IQ test misses. A person can post an average or better IQ score while showing a genuine deficit in delayed recall, and the reverse pattern occurs too. For a broader tour of this territory, see our overview of how memory is measured (https://www.riotiq.com/articles/specific-iq-tests-and-formats/memory-tests-how-memory-is-measured).
If you are curious where your own cognitive strengths sit, the Reasoning and Intelligence Online Test, developed by RIOT IQ with psychometrician Dr. Russell T. Warne, offers adults 18 and older a normed measure of general intelligence: 15 subtests across six cognitive indices (verbal reasoning, fluid reasoning, spatial ability, working memory, processing speed, and reaction time), taking about 52 minutes, with scores on the familiar mean-100, standard-deviation-15 scale. Its working memory index samples the same attention-and-updating territory the WRAML-3 taps, though an online IQ test does not replace an individually administered diagnostic evaluation when a clinical memory concern is on the table. You can take the RIOT IQ test at riotiq.com.
Frequently asked questions
What ages does the WRAML-3 cover?
The WRAML-3 is normed for ages 5 years 0 months through 90 years 11 months, so the same battery serves children, adolescents, and adults, including older adults.
How long does the WRAML-3 take?
Pearson lists 70 to 90 minutes for the full battery, 25 to 30 minutes for the six-subtest brief form, 12 to 15 minutes for the two-subtest brief form, and 20 to 30 minutes for the screener.
Is the WRAML-3 an IQ test?
No. It measures memory and new learning rather than general intelligence. Memory correlates moderately with IQ, so the two kinds of tests are usually interpreted together rather than interchangeably.
What is an average WRAML-3 score?
Indexes use a mean of 100 and a standard deviation of 15, the same scale as IQ scores, so roughly two thirds of people score between 85 and 115. Subtest scaled scores average 10.
What is the difference between the WRAML2 and the WRAML-3?
Both cover ages 5 to 90. Pearson reports that the third edition, published in 2021, adds updated norms, new visual delayed memory subtests, working memory subtests across the full age range, abbreviated formats, and an embedded performance validity indicator.
Who can administer the WRAML-3?
It is a C-level instrument, restricted to professionals with graduate-level training in psychological assessment, such as clinical psychologists, school psychologists, and neuropsychologists.
References
1. Pearson. (2021). Wide Range Assessment of Memory and Learning, Third Edition (WRAML3) [product page]. pearsonassessments.com
2. Pearson. (2021). WRAML3 interpretive report, standard form [sample report]. pearsonassessments.com
3. Pearson. (n.d.). Wide Range Assessment of Memory and Learning, Second Edition (WRAML2) [product page]. pearsonassessments.com
4. Ackerman, P. L., Beier, M. E., & Boyle, M. O. (2005). Working memory and intelligence: The same or different constructs? Psychological Bulletin, 131(1), 30–60. pubmed.ncbi.nlm.nih.gov
5. Martinussen, R., Hayden, J., Hogg-Johnson, S., & Tannock, R. (2005). A meta-analysis of working memory impairments in children with attention-deficit/hyperactivity disorder. Journal of the American Academy of Child and Adolescent Psychiatry, 44(4), 377–384. pubmed.ncbi.nlm.nih.gov
6. Leonard, S., Hall, T. A., Bradbury, K. R., Holding, E. Z., Wagner-Doughty, A. E., & Williams, C. N. (2022). Preliminary evidence of memory dysfunction in youth with moderate-severe versus complicated mild traumatic brain injury and matched controls using the Wide Range Assessment of Memory and Learning, Third Edition (WRAML3). Journal of Pediatric Neuropsychology, 8, 178–190. doi.org
Hero photo: A hand holds up an instant photo print of a winter park scene against the same blurred park in the background. Photo by Andrik Langfield Petrides, via Wikimedia Commons / Unsplash (CC0).
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