Chennai-based Consortium Achieves Successful Test Firing of Indigenous 80mm Unguided Rocket

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In a major boost to India's domestic defence capabilities, a consortium led by TridenTech Engineering Pvt Ltd has successfully conducted the test firing of an indigenously developed 80mm unguided rocket.

The consortium, which includes TridenTech Engineering, IIT Madras, Bharat Electronics Limited (BEL), Research and Analysis Laboratory (RAL), and BILVA Technologies, pooled their expertise to design, develop, and manufacture the rocket. TridenTech Engineering played a central role, leading the project from conceptualization and design to production and testing.

IIT Madras, under the guidance of Prof. Ramakrishna, provided crucial academic and research support, leveraging its expertise in rocketry and propulsion systems. BEL, represented by Abhishek Hegde, contributed its extensive experience in defense electronics and systems integration.

RAL and BILVA Technologies further strengthened the collaboration with their specialized knowledge in materials research, control systems, and propulsion mechanics.

The successful test firing validated the rocket's fundamental design, stability, and performance parameters. This 80mm unguided rocket is intended to fulfill the Indian military's need for a cost-effective, easily deployable, and scalable rocket system for various combat scenarios.

While unguided, these rockets offer effective area suppression capabilities, particularly valuable in situations requiring saturation fire.

This achievement lays the groundwork for further development and refinement. Future efforts will focus on enhancing the rocket's payload capacity, range, and accuracy, potentially including the integration of guidance systems.

The consortium aims to conduct more rigorous testing to assess the rocket's performance under various operational conditions, including accuracy, payload flexibility, and deployment speed.

This successful test firing not only demonstrates the consortium's capability to produce high-quality indigenous rocket systems tailored to India's defence needs but also paves the way for future advancements in rocket technology and strengthens India's position in the global defense arena.
 
So not much practical use cases.
you are going to use this right? or you are on the decission making board and strategic command committe of IAF/Army. There are people out there doing their own research, brain storming and developing something but sad they will now see ur comment of no practical use cases. They will be really hurt.
 
So not much practical use cases.
these are helicopter launched rockets, 6km is usual range for this class of weapons. This is Line of sight target weapon, we have different weapon for NLOS, targets,
 
you are going to use this right? or you are on the decission making board and strategic command committe of IAF/Army. There are people out there doing their own research, brain storming and developing something but sad they will now see ur comment of no practical use cases. They will be really hurt.
He's not entirely wrong to question this though. 6km for rocket artillery is quite less for modern warfare. These days engagements happen over the horizon.
Still I think it might have some use for defensive scenarios like defending your base from incoming enemy forces where you can fire a barrage of these rockets to stop them in their tracks.
For attack roles idk how useful this will be, because enemy forces will have longer range artillery which will start engaging you long before you can move these rockets close enough to engage them.
 
these are helicopter launched rockets, 6km is usual range for this class of weapons. This is Line of sight target weapon, we have different weapon for NLOS, targets,
Are these helicopter launched ones though?
Or Grad style rockets?
 

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