Divyastra Mk3: India's First Indigenous Jet-Powered Loitering Munition Takes Flight

India has crossed a critical threshold in defence technology. On August 11, 2026, the Divyastra Mk3 — the country's first fully indigenous jet-powered loitering munition — completed its maiden flight, a development that shifts the battlefield calculus for the Indian Armed Forces and validates the startup-driven model of defence innovation under Atmanirbhar Bharat. Developed by Lucknow-based HoverIt in just one calendar year from programme inception to flight, this is not an incremental upgrade; it is a generational leap in strike capability, built entirely on Indian engines, Indian flight controls, and Indian artificial intelligence.

Divyastra Mk3 Maiden Flight: India's Indigenous Jet-Powered Loitering Munition Redefines Strike Warfare, Delivered in 365 Days by HoverIt and DG Propulsion

New Delhi – August 16, 2026 — The announcement came on Sunday from Kawa UAV Pvt. Ltd., operating under the HoverIt brand, confirming that the Divyastra Mk3 had successfully completed its maiden flight on August 11, 2026. The system, powered by an indigenous jet engine developed by DG Propulsion, an Indian startup, flew without a single imported critical subsystem. This achievement places India in an elite group of nations capable of fielding jet-powered loitering munitions with fully domestic supply chains, a milestone that the Ministry of Defence and DRDO have been pushing toward for over a decade.

The Data Behind the Declaration: One Year, Zero Imports

The most striking statistic from this programme is temporal: HoverIt took the Divyastra Mk3 from programme inception to maiden flight within one calendar year. In the global defence industry, comparable jet-powered loitering munition programmes typically require three to five years of development, integration, and flight testing. The company’s statement — "The Sky Has Changed" — is backed by a development cycle that suggests a mature, agile engineering culture rather than a nascent startup struggling with integration challenges.

The propulsion system is the linchpin. DG Propulsion, an Indian startup, delivered a jet engine that eliminates the historical dependency on foreign powerplants for such systems. This is not a modified commercial turbojet; it is a purpose-built, expendable-class engine designed for the harsh operational profile of a loitering munition — rapid acceleration, sustained high-speed cruise, and terminal dive dynamics. The absence of any imported jet engine or foreign critical subsystem in the Divyastra Mk3 is a verifiable fact from the company’s August 16 announcement, and it directly addresses the vulnerability that has plagued Indian defence programmes for decades: supply chain coercion.

From Propeller to Jet: The Mk1 to Mk3 Evolution

The Divyastra Mk3 builds upon HoverIt’s earlier Divyastra Mk1, a propeller-driven loitering munition that demonstrated a 500-kilometre range and five-hour endurance in trials conducted in Jodhpur. The Mk1 established the airframe philosophy and mission systems architecture. The Mk3, however, is a fundamentally different weapon. Jet propulsion dramatically enhances speed and survivability, enabling rapid penetration of contested airspace — a capability that propeller-driven systems cannot offer against modern air defence networks.

The operational implications are precise. A jet-powered loitering munition can ingress at high subsonic speeds, reducing time-to-target and shrinking the engagement window for enemy air defences. The Mk3’s design allows for modular payloads, meaning the same airframe can be configured for anti-personnel, anti-armour, or electronic warfare missions without structural modification. This modularity, combined with AI-enabled precision strike capabilities, allows for saturation attacks — multiple munitions coordinating to overwhelm enemy defences — a tactic that requires both speed and autonomous decision-making.

DRDO’s Parallel Track: ULPGM-V3 and the Kurnool Test Range

While HoverIt’s achievement is significant, it does not exist in isolation. The Defence Research and Development Organisation (DRDO) has concurrently completed trials for its Unmanned Aerial Vehicle Launched Precision Guided Missile (ULPGM-V3) at the DRDO test range near Kurnool, Andhra Pradesh. The ULPGM-V3 was tested in both air-to-ground and air-to-air modes, using an integrated Ground Control System (GCS) designed to automate launch procedures.

The air-to-ground mode is expected to enhance the ability of Indian UAVs to neutralize enemy positions, bunkers, light armoured targets, and other battlefield threats with precision. This is a complementary capability to the Divyastra Mk3: DRDO’s ULPGM-V3 is a missile launched from a UAV, while the Divyastra Mk3 is itself the weapon system. Together, they represent a two-pronged approach to precision strike — one from the platform side, one from the munition side. The Kurnool test range, already a hub for missile testing, has now become the proving ground for India’s next generation of autonomous strike systems.

The Engine Ecosystem: GTRE and Azad Engineering’s 350 kg-Thrust Turbojet

The Divyastra Mk3’s engine is not the only indigenous jet propulsion milestone in 2026. In July 2026, DRDO’s Gas Turbine Research Establishment (GTRE) delivered India’s first indigenous expendable turbojet — a 350 kg thrust-class engine manufactured by Hyderabad-based Azad Engineering. The first production unit was delivered to GTRE on July 22, 2026. This is a separate programme from DG Propulsion’s work, but it signals a broader trend: India is building a family of small, expendable jet engines for munitions, decoys, and target drones.

The significance of this ecosystem cannot be overstated. Expendable turbojets are a niche but critical technology. They must be cheap enough to be fired once, reliable enough to perform on first ignition, and powerful enough to push a munition through high-threat environments. GTRE’s delivery of a 350 kg thrust-class engine, manufactured by a private Indian company, demonstrates that the defence industrial base is maturing beyond assembly to true manufacturing competence. For taxpayers, this means that the money spent on defence R&D is yielding tangible, exportable products rather than imported systems with no domestic value retention.

Uttar Pradesh Defence Corridor: HoverIt as the Anchor Startup

HoverIt’s location in Lucknow, Uttar Pradesh, is strategically significant. The company is one of the first drone manufacturers to anchor itself within Uttar Pradesh’s defence industrial corridor, a government initiative designed to decentralize defence manufacturing from traditional hubs in Maharashtra and Karnataka. The corridor offers infrastructure, tax incentives, and streamlined clearances, but its real value is in creating a cluster effect — suppliers, test facilities, and skilled labour in proximity.

HoverIt’s success validates this model. The company, established in 2022, has gone from incorporation to a jet-powered weapon system in four years. This is the fastest development cycle for a loitering munition in Indian history, and it was achieved outside the traditional DRDO ecosystem. The company’s statement — "This is not merely a test flight — it is a declaration of intent" — reflects a confidence that comes from having delivered on a complex technical promise. For the Uttar Pradesh corridor, this is a proof point that can attract further investment in drone and munition startups.

Broader Ecosystem: iDEX, Make in India, and the Startup-DRDO Interface

The Divyastra Mk3 programme is a case study in how the Innovations for Defence Excellence (iDEX) framework and the Make in India initiative are supposed to work. iDEX connects startups with the armed forces and DRDO, providing funding and mentorship for dual-use technologies. HoverIt’s rapid development cycle suggests that the startup was able to bypass the bureaucratic inertia that often plagues defence programmes, likely due to iDEX’s streamlined procurement and testing pathways.

However, the broader ecosystem still faces challenges. The integration of startup-developed systems into formal military procurement lists remains a bottleneck. The Divyastra Mk3 has flown, but it must now undergo user trials, safety certifications, and production engineering before the Indian Army or Air Force places orders. The DRDO’s ULPGM-V3, by contrast, is further along the validation chain, having completed trials in both air-to-ground and air-to-air modes. The parallel progress of these two programmes — one startup-led, one DRDO-led — suggests that India is finally embracing a dual-track approach to defence innovation, rather than relying solely on government laboratories.

The Bottom Line

The Divyastra Mk3’s maiden flight on August 11, 2026, is a data point that will be studied by defence analysts for years. It proves that an Indian startup, with an Indian engine from DG Propulsion, can deliver a jet-powered loitering munition in 365 days. It proves that the Uttar Pradesh defence corridor can anchor high-technology companies. And it proves that the combination of iDEX, Make in India, and a willing private sector can produce weapons that are not just indigenous in name but indigenous in every critical subsystem. The next 12 months will determine whether the armed forces translate this technical success into procurement orders. If they do, the Divyastra Mk3 will not just be a weapon — it will be the template for India’s defence future.

— By Dr. Raj Patel, Staff Writer

This article was produced with AI-assisted research and editorial support. Reporting is based on sources cited in the article.