What an IQ of 116 means
An IQ of 116 is higher than about 85.6% of people: roughly 1 in 7 score 116 or more. It is in the high average range, 1.07 standard deviations above the average of 100.
The amber band is the likely range on a retake of our test, 9 points either side. The curve is the normal distribution with a mean of 100 and a standard deviation of 15.
Is an IQ of 116 good?
Yes, it is above average: higher than about 85.6% of people, in the high average range.
What percentile is an IQ of 116?
An IQ of 116 is at the 85th percentile: it is higher than 85.6% of people on a scale with a mean of 100 and a standard deviation of 15.
Tests that use a different standard deviation give the same rarity a different number: about 117 on a 16-point scale such as older Stanford-Binet editions, and about 126 on the 24-point Cattell scale.
How rare is an IQ of 116?
About 1 in 7 people score 116 or higher. In a group of 1,000 people, about 143 would be expected to score that high or higher.
How much could a retake change it?
No test gives the same score twice. The likely range is where about 90 in 100 retakes would land, and its width depends on how reliable the test is.1
| Test | Margin of error | Likely range |
|---|---|---|
| Our test (reliability 0.87) | ±9 | 107 to 125 |
| A test with reliability 0.90 | ±8 | 108 to 124 |
| A test with reliability 0.95 | ±6 | 110 to 122 |
The margin is 1.645 standard errors of measurement, which covers about 90% of retakes.
What an IQ of 116 does not tell you
A score describes how someone did on one set of reasoning tasks on one day. It does not measure what a person knows, how hard they work or what they will achieve.
An online test is for interest. For a score that counts for school, work or health, a psychologist can give a full assessment in person.
Nearby scores
Sources
- American Educational Research Association, American Psychological Association and National Council on Measurement in Education (2014). Standards for Educational and Psychological Testing, chapter 2: Reliability/Precision and Errors of Measurement. www.testingstandards.net/open-access-files.html
First published 13 November 2026.