The Indian Army has raised its first Baaz drone battalion under the Jalandhar-based 11 Corps to institutionalise unmanned warfare along the sensitive Indo-Pak border in northern Punjab. This specialized unit consolidates long-range intelligence, surveillance, reconnaissance, and target acquisition capabilities to counter cross-border smuggling and hostile drone incursions. Prompted by lessons from the 2020 Ladakh standoff and the multi-domain integration demonstrated during Operation Sindoor, the formation marks a transition from experimental tactical drone use to structured, large-scale deployment.
The battalion operates a mixed fleet including Israeli Heron and Hermes platforms, indigenous Ghatak drones, and incoming American MQ-9B SkyGuardian aircraft. Data integration remains the primary operational challenge. To secure these networks, the army is pairing the unit with the SAKSHAM command and control system, developed with Bharat Electronics Limited, to enable AI-driven threat evaluation and electronic warfare hardening.
The transition of the Indian Army from ad-hoc drone acquisitions to the structured raising of the Baaz battalion under the Vajra Corps represents a fundamental shift in operational philosophy. Rather than treating unmanned platforms as isolated reconnaissance assets, the Eagle-in-Arm doctrine integrates these systems directly into the command structure of conventional formations. This institutionalisation bridges the operational gap between short-range Ashni infantry systems and high-altitude MQ-9B SkyGuardian flights. The change reflects a doctrinal realisation that persistent aerial oversight by the Vajra Corps is a prerequisite for modern defensive manoeuvres along the Punjab frontier.
The operational mechanism of this doctrinal shift relies on the SAKSHAM command and control system to synthesise multi-sensor feeds. By utilising artificial intelligence to process telemetry from Hermes and Heron platforms, the system bypasses traditional hierarchical delays in target acquisition. This automated sensor-to-shooter link allows the Jalandhar-based command to execute rapid counter-measures against hostile Turkish-origin Songar drones.
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The creation of the first Baaz drone battalion is a useful signal of how the Indian Army is absorbing lessons from Operation Sindoor. Rather than treating drones as a niche asset attached to a few specialist units, a dedicated battalion suggests the Army wants doctrine, training pipelines and maintenance to grow together, so that unmanned systems become a routine part of planning at brigade and division level.
What stands out is the question of integration. Loitering munitions, surveillance quadcopters and counter-drone systems only add value when the data they generate reaches artillery, infantry and air defence quickly. A battalion structure can help standardise communication links, frequency management and electronic protection, which were clearly important factors in the recent conflict environment along the western front.
Another point worth discussing is indigenous production. Sustaining a drone-heavy force requires a steady supply of airframes, batteries, sensors and spares, and that is far easier if Indian manufacturers and start-ups can scale production. Imagery from these platforms also has to be analysed and presented clearly; analysts today use many tools, from GIS suites to an image to image ai editor for preparing illustrative visuals, but the real value lies in trained operators who can interpret what they see.
It will be interesting to see how quickly additional battalions follow, and whether the Army publishes more on training standards and the counter-drone layer that must accompany this expansion. Thank you for a clear and timely analysis.
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