Operation Sindoor marked a significant evolution in India’s military thinking. By deploying cruise missiles, ballistic missiles, hypersonic systems, and loitering munitions, India demonstrated its ability to conduct precise, long-range strikes with controlled escalation. The success of these operations reinforced confidence in non-contact warfare, enabling India to punish adversaries without large-scale troop mobilisation.
Effectiveness Against Pakistan
Against Pakistan, this doctrine is both practical and effective. The nuclear backdrop limits full-scale war, but not retaliation. Precision stand-off strikes provide India with a flexible tool to respond below the nuclear threshold. Limited strike packages can achieve political and military objectives without exhausting resources, making this approach well-suited to the India-Pakistan conflict dynamic.
The China Challenge: A Different Battlefield
However, the article cautions against generalising this success. China presents a fundamentally different challenge. Unlike Pakistan, China possesses a vast and sophisticated missile arsenal, supported by strong industrial capacity and advanced military infrastructure.
In a conflict with China, warfare would not remain limited or symbolic. Instead, it would involve large-scale, sustained strikes targeting India’s strategic depth, including airbases, logistics hubs, and command centres, combined with cyber and electronic warfare.
From Precision Warfare to Attrition Warfare
A key distinction emerges:
- Against Pakistan: short, controlled exchanges
- Against China: prolonged war of attrition
Such wars are determined not just by weapon quality but by the ability to replace losses quickly. India’s current approach—limited procurement and small inventories—creates capability without sufficient scale, weakening long-term sustainability in a high-intensity conflict.
Lessons from West Asia Conflicts
Ongoing conflicts in West Asia highlight the importance of industrial depth. Iran has demonstrated the ability to sustain missile and drone attacks due to decades of mass production and stockpiling. Even technologically superior nations like the United States and Israel are facing challenges in maintaining interceptor stockpiles during prolonged engagements.
The lesson is clear: sustained warfare depends on volume and replenishment capacity, not just technological superiority.
India’s Structural Limitations
India faces several structural constraints:
- Episodic procurement leading to small production runs
- Uncertain order volumes, discouraging industrial investment
- Dependence on foreign technology for critical components
- Limited domestic manufacturing depth beyond assembly
These factors prevent India from building the large-scale production capacity required for wartime surge.
Unrealised Military Reforms
The proposed Integrated Rocket Force, intended to unify long-range strike capabilities under a tri-service command, remains unimplemented. Existing missile systems are available only in limited numbers, reducing their overall strategic impact.
Need for Rapid Adaptation and Industrial Ecosystem
Modern warfare evolves rapidly, as seen in Ukraine with innovations like fibre-optic-controlled drones. Such adaptability requires a robust industrial ecosystem capable of fast iteration and large-scale production—something India currently lacks due to its slow procurement cycles and limited manufacturing base.
Conclusion: The Gap Between Capability and Capacity
Operation Sindoor proved India’s technological capability in precision warfare. However, the ability to sustain a prolonged, high-intensity conflict, especially against China, depends on industrial depth, mass production, and logistical resilience.
In essence:
- India has achieved precision capability
- But lacks industrial capacity at scale
Without bridging this gap, non-contact warfare remains a useful tactical tool, but not a decisive strategy in a major power conflict
