With 800km Range BrahMos-LR, Indian Military to Gain Unmatched Long-Range Precision Strike Capability, Redefining Regional Security Paradigm

BrahMos Aerospace has embarked on the development of the BrahMos-LR (Long Range), a new variant of the BrahMos supersonic cruise missile. This enhanced version will boast a remarkable 800km range while maintaining its impressive Mach 3 speed.

This development comes on the heels of the successful BrahMos-ER (Extended Range) variant, which already pushed the boundaries with a 450km range, exceeding the previous limitations imposed by the Missile Technology Control Regime (MTCR).

The BrahMos-LR signifies a significant step in overcoming the restrictions of the MTCR. Earlier versions of the BrahMos, such as the Block-III, were limited to a 290km range due to these international agreements. However, BrahMos Aerospace has ingeniously bypassed these limitations by modifying software and expanding the internal fuel capacity, thereby significantly enhancing the missile's operational reach.

The extended range of 800km is achieved by increasing the missile's length to accommodate a larger fuel tank for its ramjet engine, allowing the BrahMos-LR to sustain its supersonic speed across greater distances. This advancement in missile technology provides the Indian military with an unmatched long-range precision strike capability, significantly altering the regional security landscape.

Furthermore, BrahMos Aerospace is prioritizing backward compatibility. The BrahMos-ER is being designed to be compatible with existing launchers, ensuring seamless integration with the Indian Army's current missile systems. This strategic approach not only reduces costs but also facilitates rapid deployment.

The Indian Army is anticipated to prioritize the BrahMos-ER for ground-based operations, capitalizing on its extended range and precision for deep strike missions. Similarly, the Indian Air Force is likely to adopt the air-launched version of the BrahMos-ER for strategic operations. Its extended range and high speed make it a formidable weapon for penetrating deep into enemy territory and evading sophisticated air defense systems.

The development of the BrahMos-LR marks a significant advancement in India's missile capabilities, providing a strategic advantage and bolstering its defense posture. The combination of extended range, supersonic speed, and precision strike capabilities solidifies the BrahMos-LR as a game-changer in modern warfare.

 

[sanket]

This is were need of bombers to fire Long Range Brahmos Missile with Limited range of 400 kM Fighter jets can carry limited Brahmos Missile

 

[Vikas Yadav]

Developing an indigenous Scramjet engine with DRDO & ISRO scientist expertise and russian collaboration could be a game-changer for India's defense capabilities. An extended range of 1500Km hypersonic missile verson Bhramos 2K with Mach 7-9 speed would be extremely difficult to intercept, and its kinetic energy would be devastating.

The potential benefits of such a system include:

1. Enhanced deterrence: A hypersonic missile with nuke capability would significantly enhance India's deterrence capabilities against Pakistan and other Chinise adversaries near border area.
2. Improved response time: With speeds above Mach 7, the missile could reach its target within few minutes, reducing the response time and increasing the effectiveness of the strike.
3. Increased lethality: The high kinetic energy of the hypersonic missile and would result in significantly increased damage to the target.The combination of a hypersonic missile and the Su-30MKI's Mach 2 release speed would significantly increase damage to targets, providing a game-changing air-to-ground capability.

However, developing such a system would require significant investment, technological advancements, and testing. Export verson for other country would also need to be done in compliance with international laws and regulations.

 

[Sandeep]

Until India develops its own scramjet engine we will have to rely on the expensive Brahmos missile. We have increased the indigenous content rate but not in the critical parts yet like the engine, software or fuel and without control you can’t become self reliant.

India needs to 100% indigenously design, develop and manufacture its own subsonic, supersonic and hypersonic missiles. All three branches will need to come to a fixed standard that can be seamlessly integrated and used by them.