· Gyaan Abhiyan Team · Current Affairs · Politics & Governance · 4 min read
DRDO conducts salvo launch of Pralay missiles off Odisha coast
On December 31, 2025, the Defense Research & Development Organisation (DRDO) successfully executed a dual launch of two homegrown pralay missiles from a single...

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"On **December 31, 2025**, the **Defense Research & Development Organisation (DRDO)** successfully executed a dual launch of two homegrown **pralay missiles** from a single launcher platform. This notable test took place off the coast of **Odisha** at approximately 10:30 AM, aiming to evaluate the missile systemS performance under operational conditions. Such trials are crucial for validating the missile's capabilities and ensuring it meets the stringent requirements of the armed forces. The event attracted attention from key stakeholders, including military officials and industry experts, highlighting its strategic importance."
On December 31, 2025, the Defense Research & Development Organisation (DRDO) successfully executed a dual launch of two homegrown pralay missiles from a single launcher platform. This notable test took place off the coast of Odisha at approximately 10:30 AM, aiming to evaluate the missile systemS performance under operational conditions. Such trials are crucial for validating the missile’s capabilities and ensuring it meets the stringent requirements of the armed forces. The event attracted attention from key stakeholders, including military officials and industry experts, highlighting its strategic importance.
Extensive evaluation of the Pralay Missile System
The missile tests were conducted as part of rigorous user evaluation trials, designed to assess the missile’s flight accuracy and overall system reliability. According to the Ministry of Defence, both missiles adhered precisely to their planned flight paths, successfully achieving all mission parameters. This was confirmed through advanced tracking technologies deployed by the Integrated Test Range (ITR), Chandipur. Additionally, telemetry data collected from naval vessels stationed near the impact zones verified the terminal phase of the missile’s trajectory, ensuring comprehensive monitoring of the test outcomes.
Technical Features and Capabilities of the Pralay Missile
The Pralay missile is a solid-fueled, quasi-ballistic missile that incorporates cutting-edge guidance and navigation systems, enabling remarkable precision in target engagement. Its design allows for the deployment of various warhead types, making it versatile against a broad spectrum of tactical targets. This adaptability enhances the missile’s strategic value, providing the armed forces with a reliable and flexible strike option. The missile’s indigenous development underscores India’s growing self-reliance in advanced missile technology.
Stakeholder Involvement and Strategic Significance
The launch event was attended by prominent scientists from the DRDO, along with representatives from the Indian Army, Indian Air Force, and key industry partners. Their presence underscored the collaborative effort behind the missile’s development and testing phases. The successful salvo launch not only demonstrates the missile’s operational readiness but also strengthens India’s defense capabilities in the region. This milestone reflects the synergy between goverment agencies, military branches, and the defense industry.
Official Endorsements and Future Prospects
Defence Minister Rajnath Singh lauded the achievement, extending congratulations to the DRDO, armed forces, public sector undertakings, and industry collaborators. he emphasized that the test validates the Pralay missile system’s reliability and marks a significant step toward its induction into active service. Similarly, Dr. Samir V. Kamat, Secretary of the Department of Defence R&D and Chairman of the DRDO, praised the teams involved, highlighting that this success signals the missile’s imminent operational deployment within India’s defense arsenal.
Critically important Facts: Key Points to Remember
- the DRDO conducted a dual launch of Pralay missiles on December 31, 2025, off the coast of Odisha.
- the test was part of user evaluation trials to verify missile performance and reliability.
- Both missiles followed the intended flight paths and met all mission objectives.
- Tracking and telemetry were managed by the Integrated Test Range (ITR), Chandipur, and naval ships near impact zones.
- Pralay is a solid propellant, quasi-ballistic missile with advanced guidance and navigation systems.
- The missile can carry multiple warhead types, enhancing its tactical versatility.
- The launch was witnessed by officials from the DRDO, Indian Army, Indian Air Force, and industry partners.
- Defence Minister Rajnath Singh and Dr. Samir V. Kamat publicly congratulated the teams, confirming the missile’s readiness for induction.
- The successful salvo launch marks a critical milestone in India’s indigenous missile development program.
- The test reinforces India’s strategic defense capabilities and self-reliance in missile technology.
Frequently Asked Questions
Q: What is the significance of the Pralay missile’s salvo launch? The salvo launch demonstrates the missile’s ability to be fired multiple times from the same launcher, confirming its operational reliability and precision under realistic conditions.
Q: Where was the Pralay missile test conducted? The test took place off the coast of odisha, utilizing the facilities of the Integrated Test range (ITR), Chandipur.
Q: What type of propulsion does the Pralay missile use? The missile employs a solid propellant system,which provides quick launch readiness and high stability during flight.
Q: Who were the key observers during the missile test? The launch was witnessed by scientists from the DRDO, representatives from the Indian Army, Indian Air Force, and industry stakeholders involved in the missile’s development.
Q: What does the successful test mean for India’s defense capabilities? The successful test confirms the Pralay missile’s readiness for induction, enhancing India’s strategic strike options and reinforcing its defense self-sufficiency.




