India's homegrown Ghatak Unmanned Combat Aerial Vehicle (UCAV) initiative is rapidly becoming a cornerstone of the Indian Air Force's (IAF) long-term aerial combat strategy.
Military planners intend to distribute these advanced drones across several squadrons, linking them seamlessly with both cutting-edge and older generations of fighter jets.
Recent reports indicate that the Defence Acquisition Council (DAC) has recently cleared the procurement of approximately 60 units of these stealth drones, marking a decisive shift towards advanced robotic warfare.
According to sources within the Defence Research and Development Organisation (DRDO), the induction of this 13-ton stealth drone will deliver a massive tactical advantage to the current fleet.
The Ghatak is engineered with a dual-mode operational framework. This means it will provide critical support to modern aircraft equipped with Manned-Unmanned Teaming (MUMT) systems, while also augmenting older fighter jets that lack such advanced networking capabilities.
The drone, featuring a tailless flying-wing design built largely from carbon-fibre composite materials to minimise radar detection, ensures that its capabilities can be utilised across the entire spectrum of IAF aircraft.
Upon receiving final certification, the Ghatak will operate as a highly intelligent, semi-autonomous or fully autonomous weapons platform.
It will be capable of flying missions completely on its own or working in tandem with human pilots.
This flexibility permits the stealth drone to be launched from front-line airbases regardless of the specific type of fighter squadron stationed there.
Consequently, unmanned strike operations will not be bottlenecked by the technical constraints of the accompanying manned aircraft.
These flight capabilities have already been successfully de-risked through the DRDO's Stealth Wing Flying Testbed (SWiFT), a smaller technology demonstrator that successfully validated autonomous flight control laws for the complex aerodynamic shape.
The IAF's primary operational blueprint involves pairing the Ghatak with the upcoming Tejas Mk2 fighter, which is built with native MUMT technology and advanced data links. Under this setup, the drone will function as a loyal wingman and a formidable force multiplier.
Powered by a "dry" (non-afterburning) variant of the indigenous Kaveri jet engine, the Ghatak will push the sensory and engagement range of human pilots much deeper into hostile territory.
Its core task in this configuration will be conducting Suppression of Enemy Air Defences (SEAD) and Destruction of Enemy Air Defences (DEAD), taking on the most dangerous missions before manned jets enter the area.
Simultaneously, the UCAV is built to complement legacy combat aircraft that do not feature built-in MUMT connectivity.
In these scenarios, the drone will be piloted by specialised ground-based control crews.
This arrangement allows veteran fighter squadrons to still take advantage of the Ghatak's ability to penetrate heavily guarded airspace and deliver deep strikes, all without the need to put their existing jets through expensive and time-consuming electronic upgrades.
This adaptable, two-pronged operational strategy drastically improves the combat efficiency of the entire air fleet.
It guarantees that the tactical edge provided by unmanned strike drones is not exclusively reserved for the newest fighter models.
Furthermore, it supports a dispersed deployment strategy, allowing stealth UCAVs to be pre-positioned at various forward operating bases to ensure a rapid and lethal response across multiple conflict zones.
Military planners are reportedly aiming to assign at least four Ghatak UCAVs to each fighter squadron.
Over a period of time, this structure will grant every squadron its own inherent deep-penetration strike asset, which will revolutionise how air campaigns are planned and carried out.
In a combat scenario, coordinated strike formations will see these drones fly ahead of human-crewed jets to breach contested skies, systematically eliminate anti-aircraft installations, and vastly reduce the physical danger to IAF personnel.
Carrying up to 1.5 tonnes of armaments in internal weapon bays to preserve its stealth profile, the Ghatak is designed to be a highly survivable first-wave asset.
Strategically, the integration of the Ghatak reflects the broader international shift in modern aerial combat, where autonomous machines are routinely tasked with the most hazardous and critical missions.
The drone's radar-evading shape, paired with its capacity to deploy precision-guided weapons internally, makes it the ideal weapon to dismantle highly sophisticated, integrated air defence networks fielded by advanced adversaries.
The massive ₹39,000 crore project clearance underscores India's commitment to fielding this tier of high-end strategic capability and ending reliance on foreign defence imports for complex unmanned systems.
