The SBI Clerk Mains Result 2025–26 is expected to be released anytime soon on the official website of State Bank of India. Candidates who appeared for the Mains examination will be able to check their final result, section-wise marks and state-wise merit list online once the result link is activated. The recruitment drive is being conducted to fill 6,589 vacancies for the post of Junior Associate (Customer Support and Sales) across various SBI branches.
SBI Clerk 2025 Exam: Important Highlights
The selection of candidates will be based solely on Mains exam performance, as there is no interview stage for the Clerk post. Candidates qualifying the Mains exam will be called for the Language Proficiency Test (LPT) followed by Document Verification.
- Prelims exam dates: September 20, 21 and 27, 2025
- Prelims result date: November 4, 2025
- Mains exam date: November 21, 2025
- Mains result status: Expected soon
Along with the result, candidates will be able to check their overall score, section-wise marks, and qualifying status.
Steps to Check SBI Clerk Mains Result 2025
Candidates can follow the steps below to download and check the SBI Clerk JA Mains result once released:
- Visit the official website at sbi.co.in
- Click on the Careers section on the homepage
- Open the Clerk Recruitment link
- Click on SBI Clerk 2025 Mains Result link
- Enter registration number and password/date of birth
- View and download the result PDF
The SBI Clerk Mains result will be released in PDF format, displaying marks obtained in General Awareness, English Language, Reasoning Ability, and Quantitative Aptitude.
SBI Clerk Cutoff 2025
The SBI Clerk Mains cutoff will vary state-wise and category-wise. It depends on several factors such as:
- Difficulty level of the Mains exam
- Total number of vacancies
- Number of candidates appearing
- Reservation norms
- Overall performance of candidates
Candidates are advised to regularly check the official SBI website for the latest updates regarding the SBI Clerk Mains Result 2025 and further selection stages.