Raven's Pass Rate 2026: What the Data Shows

Why "Pass Rate" Is a Misleading Question

Anyone searching for a Raven's "pass rate" is asking a question the test itself was never built to answer. Raven's Progressive Matrices - the nonverbal reasoning instrument published by Pearson Clinical Assessment and originally developed by British psychologist John C. Raven in 1938 - does not have a passing score, a failing score, or a certification threshold in the way licensing exams do. There is no public registration, no candidate fee, and no pass/fail letter. The psychologist, school, or employer who administers the test pays for materials directly, with complete kits typically running roughly $375 to $482, and employers who use the workplace version license it through Pearson TalentLens.

So when people talk about Raven's "pass rate," what they usually mean is one of two things: the percentile rank needed to clear a specific program's cutoff (like a gifted-education threshold), or how examinees tend to perform across the five item sets. Both are answerable from the actual data - just not with a single pass/fail percentage. If you're still getting oriented to the format itself, the overview of what Raven's actually is is a useful starting point before diving into scoring mechanics.

How Raven's Actually Scores Performance

All 60 items on the flagship Standard Progressive Matrices (SPM) are scored, with no experimental or unscored questions mixed in. Raw scores - the total number of items answered correctly across the five sets - are converted into an age-based percentile rank. This matters because a raw score of 45 means something different for a 7-year-old than for a 15-year-old; the norm tables adjust for that.

The newer Raven's 2 (Second Edition, 2018) goes a step further by also reporting standard scores with a mean of 100 and a standard deviation of 15, similar to how many IQ-style instruments report results. This gives clinicians and employers two ways to interpret the same performance: a percentile rank for intuitive comparison, and a standard score for statistical precision.

• Gifted-and-talented screening: Programs typically look for the 95th percentile or higher.
• Clinical use: Clinicians rely on percentile-based nonverbal ability estimates for ESL, deaf, and motor-impaired examinees where verbal tests would be unfair.
• Employment screening: Employers compare candidate scores against occupational norm groups rather than a universal cutoff.

For a deeper walk-through of exactly what score threshold applies in each context, see the dedicated breakdown at Raven's Passing Score 2026: Exactly What You Need to Pass.

Set-by-Set Difficulty: Where Scores Rise and Fall

The SPM's 60 items are split into five sets of 12, labeled A through E, and each set carries equal 12-item weight toward the total raw score. But equal weight does not mean equal difficulty - the sets escalate in reasoning complexity, and that escalation shows up clearly in how examinees perform. Anyone building a study plan should treat the five sets as five distinct skill domains rather than one undifferentiated block of questions. The full domain-by-domain guide walks through item construction for each one in detail.

Who Takes Raven's and Why Their Baselines Differ

Raven's isn't a single fixed exam - it's a family of instruments calibrated to different populations, and that context shapes how performance data should be read. The Coloured Progressive Matrices (CPM) covers 36 items across sets A, Ab, and B for ages roughly 5 to 11 and for older adults. The SPM and the harder SPM Plus each contain 60 items and target ages 6 to 16 and 17-plus, respectively. The Advanced Progressive Matrices (APM) - 48 items split into a 12-item Set I and 36-item Set II - is aimed at above-average adolescents and adults. The online APM-III (23 items, 40 minutes) is used specifically for executive, managerial, and technical hiring decisions. And Raven's 2 spans ages 4 to 90, delivered via Q-global with an algorithm that assembles each administration from a 329-item bank to reduce item overlap between retests.

Because each version is normed against its own population, comparing raw performance across versions is meaningless. A strong percentile on the CPM says nothing about how the same person would perform on the APM. This is one reason employers and schools rarely publish anything resembling an aggregate "pass rate" - the tool is deliberately population-specific.

For context on how the various versions map onto real hiring pipelines, the roles that commonly use Raven's and the corresponding earnings outlook tied to those roles are worth reviewing separately from the scoring mechanics covered here.

What the Reliability Data Tells Us About Consistency

One reason Raven's percentile ranks are trusted by schools, clinicians, and employers alike is the instrument's measurement consistency. Split-half reliability exceeds .85, and test-retest stability sits around .81 - both strong figures for a cognitive assessment. Raven's 2 also correlates above .70 with the KBIT-2 and NNAT3, two other recognized measures of nonverbal/fluid reasoning, which supports its validity as a measure of Spearman's g, eductive ability, and fluid intelligence.

In practical terms: if someone takes Raven's twice under similar conditions without targeted preparation, their percentile rank tends to land in a similar range both times. This is different from exams where scores can swing wildly based on which specific questions appear. It also means that focused preparation on weak domains - rather than blind repetition - is what actually shifts a percentile rank meaningfully.

Set E: The Real Bottleneck in the Data

If there's a single pattern that shows up consistently across administrations of the SPM, it's this: Set E is where scores erode. The decomposition items require examinees to mentally break a figure into its constituent parts and apply addition-subtraction logic across the matrix - a cognitively heavier task than the pattern-matching required in Sets A through C. Under untimed conditions, examinees spend disproportionately more time here; under timed administration (used specifically to measure intellectual efficiency), Set E is where the most points are lost.

This has a direct implication for anyone trying to understand or improve their own performance profile: a lower overall percentile is very often explained by Set E performance specifically, not by uniform difficulty across all five sets. If you're evaluating how challenging the exam will feel for you personally, the complete difficulty guide breaks this down further, and the one-page review of must-know facts is a fast way to refresh the mechanics of each set before an administration.

A Preparation Timeline Built Around the Score Distribution

Since Set E accounts for a disproportionate share of point loss, a preparation schedule should weight practice time accordingly rather than splitting attention evenly across all five sets. Below is a four-week structure that front-loads familiarity with the easier sets and dedicates extended time to the decomposition reasoning required in Set E.

For a more comprehensive walkthrough of this kind of structured preparation, including how to sequence review sessions and simulate real administration conditions, see the complete study guide for passing on your first attempt. You can also run through timed and untimed simulations directly on our practice test platform to see how your own set-by-set breakdown compares to the patterns described above.

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