India Seeks Indigenous Electromagnetic Aircraft Launch System for Upcoming IAC-III Carrier

Defense News ,India :-  India is steadfastly advancing its quest for self-reliance in defence technology, marking a significant stride with its pursuit of an indigenous Electromagnetic Aircraft Launch System (EMALS) for the planned IAC-III aircraft carrier. This ambitious endeavor places India on the cusp of an exclusive league, alongside the United States and China, as one of the few nations possessing this cutting-edge technology.

Collaborative Development and Funding Drive

The recent inspection by the Indian Defence Minister of a scale model EMALS system attests to the noteworthy progress achieved through a collaborative effort involving state-owned Bharat Electronics Limited (BEL), private industries, and academic institutions. Both BEL and the Indian Navy are actively seeking funding avenues to bring this indigenous system to life on the 65,000-ton IAC-III carrier.

Innovation Propelled by Cost-Consciousness

Cost control emerges as a pivotal factor propelling this indigenous development forward. Despite the United States offering customized EMALS and Advanced Arresting Gear (AAG) systems for the IAC-III, the associated price tag exceeding $1 billion, coupled with India-specific development expenses, presents a substantial financial challenge. This emphasis on cost-consciousness is driving the Indian Navy's strategic approach.

Strategic Planning for Self-Sufficiency

In response to the financial challenge, the Indian Navy is contemplating feasibility studies in collaboration with partners to construct a functional full-scale model of the EMALS and AAG system. Securing approval from the Ministry of Defence (MoD) is imperative, as it would pave the way for the necessary funding required at this crucial stage of development.

Implications for India's Naval Prowess

The potential benefits of this project are immense. An indigenous EMALS system would significantly enhance the IAC-III carrier's capabilities, facilitating the launch of heavier and faster aircraft. Moreover, it serves as a testament to India's increasing self-reliance in critical defence technologies, reducing dependence on foreign suppliers.

Challenges and the Road Ahead

Nevertheless, the path to achieving this goal is laden with obstacles. The creation of such technologically advanced systems demands considerable technical expertise, financial resources, and time. The success of the project hinges on adeptly navigating these challenges while obtaining essential approvals and securing funding.

Conclusion

India's pursuit of an indigenous EMALS is a resounding testament to its unwavering determination to emerge as a key player in defence technology. The successful realization of this venture holds the potential to significantly enhance the Indian Navy's capabilities, further solidifying the nation's strategic autonomy.