

Most Hardest Shift of JEE Main 2026 – Daily Shift-Wise Difficulty & Paper Review
The toughest shift in JEE Main 2026 Session 1 refers to the exam shift that recorded the highest overall difficulty level, based on verified student feedback, subject-wise paper analysis, average attempts, and expert reviews.
Based on analysis available so far, JEE Main 2026 January 23 Shift 2 is widely regarded as the toughest shift of Session 1, mainly due to the extreme length of the paper and high difficulty level of Physics and Mathematics. Many students reported severe time-management issues, with a significant number unable to complete the paper.
Since JEE Main is conducted across multiple days and shifts, the difficulty level naturally varies from one shift to another. Some shifts turn out to be tougher due to lengthy Mathematics, calculation-intensive questions, or Advanced-level conceptual Physics, while others remain comparatively balanced.
Identifying the toughest shift helps candidates better understand marks vs percentile, assess their performance realistically, and set accurate expectations for results.
Toughest Shift of JEE Main 2026 Session 1
Based on student feedback received till now, subject-wise difficulty trends, average attempts, and expert evaluation, the toughest shift of JEE Main 2026 Session 1 so far is:
🔴 JEE Main 2026 – January 23 Shift 2
This shift has been consistently rated as the toughest shift of JEE Main 2026, and many students have also referred to it as the most hardest shift of JEE Main 2026 due to the overall paper length and the high difficulty level of Physics and Mathematics. Even well-prepared candidates found it challenging to manage time effectively in this shift.
Why January 23 Shift 2 Was Considered the Toughest
Several factors contributed to January 23 Shift 2 being labelled as the toughest shift of JEE Main 2026 Session 1:
Mathematics was extremely lengthy and required multiple calculation steps
Physics questions demanded Advanced-level conceptual application
Time management became the biggest hurdle for most students
Average attempts were lower than other shifts
Many candidates were unable to complete the full paper
Unlike shifts where difficulty was limited to a single subject, both Physics and Mathematics were challenging in this shift, which is why it is regarded as the toughest shift of JEE Mains till now.
Subject-Wise Difficulty Analysis: January 23 Shift 2
January 22 Shift 2: Second Toughest Shift of JEE Main 2026 Session 1
Although January 23 Shift 2 is currently rated as the toughest shift of JEE Main 2026, January 22 Shift 2 is considered a very close competitor when analysing the toughest shift of JEE Mains till now.
Why January 22 Shift 2 Felt Extremely Tough
Mathematics was very lengthy and calculation-heavy
Multiple numerical problems required long solving time
Time pressure affected even strong candidates
Average attempts were lower compared to many other shifts
However, Physics in January 23 Shift 2 was more conceptually demanding, which ultimately placed it above January 22 Shift 2 in overall difficulty.
Easiest Shift of JEE Main 2026 Session 1
Based on student reactions and early analysis, the easiest shift of JEE Mains 2026 so far is JEE Main 2026 – January 22 Shift 1
Why January 22 Shift 1 Was Easier
Physics questions were mostly direct and formula-based
Chemistry was highly NCERT-oriented and scoring
Mathematics was calculative but not excessively lengthy
Higher attempt rates were reported by candidates
This shift had a balanced paper structure, making it comparatively comfortable for most students.
Shift-Wise JEE Main 2026 Session 1 Analysis
Based on analysis available till now, most shifts have been rated Moderate, with difficulty variations largely driven by Mathematics length and Physics conceptual depth.
Impact of JEE Main 2026 Toughest Shift on Result
In JEE Main 2026 Session 1, one or two shifts have been comparatively tougher than others due to lengthy Mathematics, conceptually demanding Physics, or tricky Chemistry. Because difficulty varies across shifts, shift-wise normalization is applied. This helps ensure fairness across all papers, so students from tougher shifts are not disadvantaged purely due to paper difficulty.
A tougher shift affects marks, percentile, and rank in the following ways:
JEE Main Previous Years Hardest Shift
Analysing previous years’ hardest shifts helps students understand how the NTA normalization works when paper difficulty varies across sessions. Below is a quick view of the toughest shifts from recent years and why they were considered difficult.
JEE Main Session 1 2026 – Shift-Wise Analysis Links
Students can use the table below to quickly access day-wise and shift-wise JEE Main 2026 exam analysis pages. Each link provides a detailed review of difficulty level, subject-wise analysis, and student feedback for the respective shift.
This section is updated regularly as new shifts conclude and verified analysis becomes available.
FAQs on Toughest Shift in JEE Main 2026 Session 1 – Day-Wise Difficulty Level
1. How does January 23 Shift 2 compare with the toughest shift of JEE Mains in the last 5 years?
When compared with the toughest shift of JEE Mains in the last 5 years, January 23 Shift 2 follows a similar pattern—lengthy Mathematics, calculation-heavy sections, and uneven subject balance. Such characteristics have historically defined the toughest JEE Main shifts across years.
2. Will JEE Mains 2026 be tougher than previous years?
Overall, JEE Mains 2026 is not uniformly tougher than previous years. However, certain shifts especially January 23 Shift 2—were tougher than average. The difficulty level in JEE Main depends more on paper structure and length rather than a complete increase in exam difficulty.
3. Does attempting the toughest shift of JEE Main 2026 affect percentile?
Yes. Students appearing in the toughest shift of JEE Main 2026 may score slightly lower raw marks, but normalization ensures fairness, allowing candidates from tougher shifts to still achieve high percentiles based on relative performance.
4. Which was the easiest shift of JEE Mains 2026?
Based on early student reactions and attempt rates, JEE Main 2026 January 22 Shift 1 is considered the easiest shift of JEE Mains 2026 so far. The paper had more direct Physics questions, NCERT-based Chemistry, and comparatively manageable Mathematics.
5. Can the toughest shift of JEE Main 2026 change later?
Yes. The ranking of the toughest shift of JEE Main 2026 may change once all remaining shifts are analysed. Final conclusions are drawn only after complete data from all exam days is available.
6. Why is identifying the toughest and easiest shifts important?
Knowing the toughest and easiest shifts of JEE Mains 2026 helps students understand marks vs percentile trends, evaluate performance realistically, and reduce unnecessary stress caused by raw score comparisons across shifts.
7. What was the toughest shift of JEE Main 2026?
Based on student feedback, expert analysis, and subject-wise difficulty trends, JEE Main 2026 January 23 Shift 2 is considered the toughest shift of JEE Main 2026 so far. The paper was lengthy and time-consuming, with both Physics and Mathematics contributing significantly to the overall difficulty.
8. Which was the most hardest shift of JEE Main 2026?
The most hardest shift of JEE Main 2026 is widely reported to be January 23 Shift 2, mainly due to extremely lengthy Mathematics and conceptually demanding Physics questions. Many students were unable to complete the paper within the given time.
9. Which was the hardest shift of JEE Mains in the last 5 years?
Based on student feedback, expert analysis, and paper difficulty trends from 2021 to 2025, there is no single fixed hardest shift across all years. However, shifts such as January 28 Shift 1 (2025), February 1 Shift 1 (2024), January 29 Shift 2 and January 30 Shift 1 (2023), June 29 Shift 1 (2022), and March 18 Shift 2 (2021) are widely regarded as the hardest shifts of JEE Mains in the last 5 years, mainly due to lengthy Mathematics sections, calculation-heavy Physics, and high time pressure.





















