JEE Main: How much score is needed to get 99 percentile in JEE Main 2026? Understand the complete calculation here..

JEE Main 2026: The Joint Entrance Test (JEE) Main 2026 Session 1 is tentatively scheduled to be held from January 21 to 29.  JEE Main Session 2 is scheduled to be held in April. Every year, more than 1.2 million candidates appear for JEE Main, and most of them aim to score in the 99th percentile. In fact, scoring in the 99th percentile in JEE Main is necessary to qualify for JEE Advanced, and only candidates in the 99th percentile can secure admission to better branches in other engineering colleges.

Let's find out how much score is required to get the 99th percentile in JEE Main 2026? We will also learn how the percentile of JEE Main candidates is calculated.

How many marks for the 99th percentile?
How many marks are needed to achieve the 99th percentile in JEE Main? There is no fixed answer to this. The score required to achieve the 99th percentile can vary each year and session, but approximately, a score of 190-195 out of 300 can fetch the 99th percentile, which is equivalent to an estimated rank between 10,800 and 12,000. This is because the marks vary due to shift-wise normalization.

What is a percentile?
You probably already know that score and percentile are different. To understand percentile, achieving the 99th percentile means that a candidate has performed better than 99% of all the test-takers. This does not mean getting 99 percent marks. However, the percentile will vary for General, OBC, SC, and EWS candidates based on their scores. The percentile can also change depending on the difficulty of the shift and the total number of candidates. 

This is the formula used to calculate a percentile.
The NTA uses a specific formula to calculate the NTA score. The percentile is derived from this formula. This ensures fairness across different shifts. This formula takes into account the number of candidates who appeared in a particular session. Let's understand what this formula is.

JEE Main Formula

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