Deadline · Cognitive Benchmark

What Is a Good Visual Memory Score?

The Visual Memory test makes you memorize a grid of lit squares that grows every level. Here is where average, good, and elite scores actually fall, and what your level says about visuospatial memory.

Direct answer: what counts as a good visual memory score

On the Visual Memory test, a good score is roughly level 11 or higher. The typical adult finishes somewhere around level 7, so reaching the low double digits puts you clearly above the crowd. Anything from level 17 upward is elite and rare.

The test starts on a 3x3 grid, flashes a pattern of lit squares, and asks you to click them back from memory. Each level adds another square, the grid widens as you climb, and you have three lives. Your final level is the highest one you cleared before losing all three. Because difficulty compounds, the gap between level 7 and level 12 is much larger than the numbers suggest.

Visual memory score ranges by level

Reported averages cluster between level 6 and level 8 depending on the platform and the player pool. The table below maps levels to interpretation bands so you can place your own result. Treat the boundaries as soft: a single run is noisy, and fatigue or a missed click can cost you two or three levels.

Level reachedBandWhat it means
Under 5Below averageBelow the typical adult range; often a focus or first-attempt effect
6–8AverageWhere most adults land; matches the limits of visual working memory
9–10Above averageSolid recall, usually helped by chunking squares into shapes
11–13GoodClearly above the crowd; strong, consistent spatial encoding
14–16ExcellentTop performers; deliberate strategy plus practice
17+EliteRare; sustained near the ceiling of trained visuospatial memory

Why the average sits around level 7

The plateau near level 7 is not arbitrary. Decades of cognitive research put the capacity of visual working memory at roughly three to four items at once. Luck and Vogel's foundational 1997 visual-array work estimated individual storage at about 2.2 to 4.7 items, and Cowan's widely cited reconsideration placed the limit at three to five meaningful chunks in young adults.

So how do players clear levels with seven, eight, or nine lit squares if raw capacity is only three or four? Chunking. Instead of storing each square separately, strong performers group them into shapes, letters, or grid quadrants, so 'five random squares' becomes 'an L in the corner plus a pair on the right.' That compression is exactly why training and strategy push scores well past the unaided ceiling, while a distracted or first-time run drops back toward it.

How to read your own result

One run tells you little. Visual memory is highly attention-dependent: lose focus for a single flash and the whole pattern is gone, which is why the same person can swing several levels between attempts. Take the best of three to five runs to estimate your real level, and compare like with like, since the official Human Benchmark grid and various clones differ slightly in timing and grid growth.

  • Average band (6–8): a normal result for an untrained adult; nothing to read into.
  • Good band (11–13): you are reliably encoding patterns as shapes, not single dots.
  • Elite band (17+): treat with mild skepticism unless it repeats; verify it is not a lucky run or a multiple-attempt high.
  • Big swings between runs almost always mean attention, not capacity. Retest rested and undistracted.

Deadline first-party data

Deadline first-party data (coming soon) — based on N real runs. We are building average, good, and elite level distributions for the Visual Memory test directly from anonymized Deadline runs, so the percentiles on this page will reflect real players on this site rather than third-party estimates. Until that dataset is published, the ranges above are grounded in external sources and the cognitive-science literature cited below.

Frequently asked questions

What is the average visual memory score? The average adult reaches roughly level 7 on the expanding-grid Visual Memory test, with most reported platform averages falling between level 6 and level 8. That plateau lines up with the known limits of visual working memory, which research places at about three to four items before chunking strategies kick in.

What is a good visual memory level? Level 11 or higher is a good score, clearly above the typical adult result of around level 7. Levels 14 to 16 are excellent, and level 17 and up is elite. Because each level adds a square and the grid grows, even a few levels above average represents a meaningful jump in difficulty.

How does the Visual Memory test work? Squares flash on a grid, you memorize which lit up, then click them back in any order. Each level adds a square and the grid widens as you progress. You start on a 3x3 grid with three lives, losing one for each wrong square, and your score is the highest level you clear.

Why is my visual memory score so inconsistent? Visual memory is extremely sensitive to attention. Miss a single flash and the entire pattern is lost, so the same person can swing several levels between runs. Fatigue, distraction, and whether you chunk squares into shapes all move the number. Take the best of several runs for a fair estimate.

Can you improve your visual memory score? Yes. Raw capacity is only about three to four items, but grouping squares into shapes, letters, or grid quadrants compresses many squares into a few chunks. That, plus a consistent scanning pattern, is what lets trained players climb well past the unaided average. Improvement is mostly strategy, not raw memory expansion.

Related on Deadline

Take the Visual Memory test · Sequence Memory test · all memory tests

Sources and notes

  • https://humanbenchmark.com/tests/memory
  • https://www.measurehuman.com/guides/average-memory-grid
  • https://www.measurehuman.com/guides/memory-grid-test
  • https://journals.sagepub.com/doi/10.1111/j.1467-9280.2007.01949.x
  • https://pmc.ncbi.nlm.nih.gov/articles/PMC2864034/
  • https://www.cambridge.org/core/services/aop-cambridge-core/content/view/44023F1147D4A1D44BDC0AD226838496/S0140525X01003922a.pdf/the-magical-number-4-in-short-term-memory-a-reconsideration-of-mental-storage-capacity.pdf