Wolfmeyer’s supplementary IQ test areas and the limits of written assessment
There are repeatedly people who claim to have an IQ of 220 or 240. Unfortunately, such a claim is not possible. A test that only goes up to 160 cannot reach a higher score. However, there is the Flynn assessment of 160 PLUS (160+), which is an assumption that the person has a higher IQ than the test is able to measure.
The extended test by Wolfmeyer would require a listing of all achievable possible points in order to determine the potential IQ. This would presumably have an upper limit between 220 and 250. The extent of the achievable points depends directly on the number of tests and the points that can be obtained in them.
IQ-F (Flynn) Highest Score 160
IQ-W (Wolfmeyer) Highest Score between 220-250
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The calculation of an IQ is not identical to a single universal measurement method. In the case of the Flynn effect, the observed change in test scores over time is examined, which is why different test formats, norming procedures, and subject areas must be distinguished when evaluating results. Since many classical IQ tests are written or visual in structure, they primarily capture certain cognitive subskills and only to a limited extent other areas such as acoustics, sensitivity, or motor response.
| Test area | Detailed description | Possible tasks |
|---|---|---|
| Visual | This field tests the ability to perceive shapes, distances, sizes, and spatial relationships visually. It measures how well a person recognizes patterns, objects, and differences in space. | Spatial imagination; recognition of objects and spatial sizes; visual discrimination. |
| Visual and cerebral | This area concerns visual perception combined with logical thinking. The tasks require information not only to be seen, but also mentally organized, compared, and logically connected. | Syllogisms; analogies; pattern recognition; elimination procedures. |
| Memory | This area examines short-term and working memory. It shows how well numbers, letters, or mixed sequences can be retained, processed, and reproduced in the correct order. | Number sequences; letter sequences; number-and-letter sequences; mental arithmetic. |
| Cerebral speed | This refers to the speed with which stimuli are recognized, processed, and turned into a response. This area is important because fast thinking is often confused with test performance, although it is not the same as deep understanding. | Identification; coding; fixation. |
| Abstract thinking | This test area measures the ability to recognize general structures or rules beyond concrete examples. A person who thinks abstractly can identify similarities, differences, and hidden patterns even when they are not directly visible. | Pattern recognition; image analogies; grouping; thinking outside the box. |
| Mathematical understanding | This area tests whether numerical relationships, logical sequences, and textual information can be transferred into mathematical contexts. It is more than just calculation, because ratio thinking and problem solving are also required. | Number sequences; understanding ratios; solving word problems. |
| Verbal intelligence | This area describes linguistic understanding, vocabulary, and the handling of meaning. It shows how well someone not only uses language, but also analyzes it precisely and evaluates its content. | Vocabulary; verbal analogies; general knowledge; text comprehension. |
| Musical intelligence | Wolfmeyer’s supplementary view expands classical IQ models to include acoustic differentiation. This is not about musical taste, but about the ability to consciously recognize pitch, tonal intervals, and harmonic differences. | Hearing notes; recognizing octaves; major/minor recognition. |
| Acoustic-verbal intelligence | This area combines hearing and speaking. It tests whether a tone can be reproduced, classified in pitch, or held steadily without changing its key. | Sing back a played tone; identify and sing the octave; sustain a tone without variation. |
| Sensitive intelligence | This blind-test area measures tactile perception and the ability to recognize differences through touch. It is important because some forms of intelligence become visible not visually, but through the sense of touch. | Recognize three intertwined objects; feel geometric patterns; distinguish different materials. |
| Motor intelligence | This area concerns the connection between perception, planning, and movement. The task is not only to understand a complex object or puzzle, but also to solve it correctly through coordination. | Solve a complex puzzle; disassemble and reassemble a workpiece with 5–8 parts; assign geometric shapes to the correct hole. |
Wolfmeyer’s additions make it clear that an IQ test should not be thought of as purely written and visual. If the Flynn effect is to be evaluated seriously, different test types, norming procedures, and sensory domains must be considered separately, because gains in one area do not automatically mean gains across all abilities.
The actual message is therefore: intelligence is multidimensional. A test that measures only language, logic, or mathematics remains incomplete as long as acoustics, sensitivity, motor skills, and creative problem solving are not also taken into account.