The Indian Air Force deployed helicopters to transport NEET UG re-examination question papers to 18 zones across India to prevent leaks [1], [2].
This unprecedented military deployment highlights the severity of previous malpractice allegations and the government's urgency to restore integrity to the medical entrance process.
Union Education Minister Dharmendra Pradhan said the plan was announced on May 28, 2024 [1]. The operation was designed to ensure that question papers reached their destinations securely, bypassing traditional ground transport routes that were previously vulnerable to compromise.
The IAF mission began on June 13, 2024 [2]. Over a period of three to four days, the Air Force flew nearly 200 sorties to airlift the materials [2]. These flights delivered the papers to designated strong rooms located in 18 different zones and districts [2].
Once the helicopters landed, the papers were handed over to authorities under strict police surveillance [1], [2]. This chain of custody was intended to eliminate any opportunity for unauthorized access to the documents before the scheduled test date.
The high-security measures were implemented ahead of the re-examination scheduled for June 21, 2024 [1]. While some early reports indicated the government was only exploring the use of military aircraft, flight records confirm the mission was fully executed [2].
By utilizing military assets, the government aimed to provide a leak-proof delivery system. This move follows a series of controversies surrounding the NEET UG exams, where allegations of paper leaks and malpractice led to widespread public outcry, and demands for a fair re-test [1], [3].
“The Indian Air Force deployed helicopters to transport NEET UG re-examination question papers to 18 zones across India.”
The use of military logistics for a civilian academic exam signals a crisis of confidence in India's standard administrative security. By treating examination papers as high-value military assets, the government is attempting to bypass systemic corruption in local distribution networks, though such a costly measure is a temporary fix rather than a structural reform of the testing system.
