In what came as welcome news for many college-bound high school students, in September 2020, the ACT implemented superscoring in their score reports. This means that the ACT now sends score reports with a superscore, or a score that averages a student’s highest section scores from different test sittings. Along with the superscore, they also report the highest composite score from a single sitting.
ACT points to research showing that superscores are better at predicting college success than other methods of scoring, including using only the highest composite score.
In light of decreased access to testing due to COVID, most colleges are test-optional at least temporarily. However, for those that do take the ACT this school year, the superscore may reduce the overall amount of preparation necessary and relieve stress.
The ACT includes five subsections: reading, math, science, English, and writing. The first four subsections are graded on a scale of 1 to 36, while writing is graded on a scale of 2-12. A composite score is the average of all of these scores except writing. In the past, students could only use a single set of scores from the same sitting on their official score report — that is, your highest composite score from the same test date.
With the new superscoring policy, ACT score reports will take the highest subscores from different test dates to calculate a superscore. That means the score colleges see will reflect your best performance on each section, not just your highest overall composite score. (Writing is a separate score.)
Initially, the ACT intended to allow students to retake individual sections instead of having to retake the entire test starting in September, but this policy was put on hold because of the pandemic. While superscoring means students will still have to retake the complete test, they’ll still be able to use only their highest subscores.
(NB: Not all colleges use superscoring. See below for the top schools that do.)
To calculate your ACT superscore, simply add your highest subscores together and divide the total by 4. If you get a non-integer, round to the nearest integer. So if you get a 30.5, round to 31. But if you get a 30.25, round to 30.
Here are some examples: