The new chapter in the Pakistan and India military rivalry that started with the clash of drones in May 2025 features both nations racing to modernize their UAV fleets. As tensions between India and Pakistan rose following the Pahalgam incident, the two nuclear powers engaged in air strikes and drone attacks. Drones’ technological sophistication, scale, and operational doctrine now influence regional security dynamics as profoundly as traditional nuclear or missile platforms do. A focused technology assessment of the drone specifications and capabilities of both countries is provided below.
India’s Drone Arsenal: Eagle’s Eye and Hummingbird Strike
India possesses a well-equipped, diverse fleet of drones. This includes around 200 MALE (Medium Altitude Long Endurance) with mini-UAVs nearing the 1,000 mark. India also has specialized drones for surveillance, strike, and electronic warfare which are catered to specific missions.
Key Drones and Specifications
| Drone Name | Type/Role | Origin/Developer | Endurance/Range | Payload | Notable Features |
| Harpy | Loitering Munition (SEAD/DEAD) | Israel Aerospace Industries (IAI) | 9 hours / 500 km | 32 kg HE warhead | Fire-and-forget, anti-radiation seeker |
| Harop | Loitering Munition/Strike | Israel Aerospace Industries (IAI) | 9 hours / 1,000 km | 23 kg HE warhead | GNSS-jamming resistant, multi-angle attack |
| Warmate | Tactical Loitering Munition | Poland | ~70 minutes / 30 km | 1.4 kg warhead | Portable, precision strike |
| Sirin Hexadrone | Armed Hexacopter | India (Ikran Aerospace) | 45 min / short range | 1 kg (machine gun, grenades) | AI targeting, encrypted comms, modular armament |
| Flying Wing Stealth UAV | Stealth UCAV (in development) | India (DRDO) | N/A | N/A | Stealth, autonomous, flying-wing design |
Technological Developments
• Loitering Munitions: India’s Harpy and Harop drones are specifically engineered for Suppression/Destruction of Enemy Air Defenses (SEAD/DEAD) with autonomous acquisition of radar emissions and high resistance to electronic jamming.
• Stealth and Indigenous R&D: India is progressing in testing domestic stealth UAVs with further applications of flying-wing technology demonstrators for future unmanned strike drones with reduced radar cross sections.
• Swarm and Mini – UAVs: For counter-insurgency and battlefield surveillance, India is rapidly procuring mini-UAVs and swarm tactics. Local firms are already supplying thousands of drones to security forces, as ideaForge is providing.
• Armed Multirotors: A significant advance in close-support drone warfare is represented by the Sirin Hexadrone, armed with machine guns and smart algorithms for precision targeting in urban or contested spaces.
Procurement and Further Plans
• Following the attacks in 2025, emergency military spending in India surged. An estimated $4.6 billion is allocated for UAV purchases in the next two years as a result of spending expansion, tripling the pre-crisis figure.
• These are driven primarily by increasing domestic production focus, enhancing electronic warfare protective capabilities, and AI-driven autonomous targeting and swarm control capabilities.
Pakistan’s Drone Arsenal: Capabilities and Partnerships
With a smaller but rapidly modernizing number of drones, Pakistan focuses on high-impact platforms gained through global partnerships and local innovations.
Key Drones and their Specifications
| Drone Name | Type/Role | Origin/Developer | Endurance/Range | Payload/Armament | Notable Features |
| Bayraktar Akıncı | HALE Combat UAV | Turkey (Baykar) | 24+ hours / 5,000+ km | 1,500 kg (missiles, PGMs) | 40,000 ft ceiling, advanced sensors |
| Bayraktar TB2 | Tactical Armed UAV | Turkey (Baykar) | 27 hours / 150 km | 150 kg (MAM-L/MAM-C munitions) | Proven combat record, ISR and strike |
| CH-4 | MALE Combat UAV | China (CASC) | 40 hrs (ISR) / 14 hrs (combat) / 2,000–5,000 km | 345 kg (guided bombs, missiles) | Satellite link, multi-role |
| Shahpar-II/III | Tactical/Combat UAV | Pakistan (GIDS/NESCOM) | 14+ hours / 300 km | 60–100 kg (ISR, bombs, missiles) | Indigenous, ISR and precision strike |
| Suicide Drone (POF) | Loitering Munition | Pakistan Ordnance Factories | N/A / 6,000 ft alt. | 60mm/81mm bombs | Thermal imaging, precision strike4 |
| 2025 Stealth UAV | MALE Stealth Combat UAV | Pakistan (collab. Baykar) | 24+ hours / 15 m span | Guided bombs, missiles | Stealth, AI navigation, encrypted comms |
Technological Innovations
• HALE/MALE Combat UAVs: The Bayraktar Akıncı is Pakistan’s premier UAV and is capable of performing air-to-air and air-to-ground operations while carrying a considerable payload and performing at high altitudes.
• Stealth and AI: Radar-absorbing materials and low RCS stealth features on Pakistan’s 2025 drone allow for concealment as well as navigation using AI with autonomous target recognition, which expands indigenous capability.
• Loitering and Suicide Drones: Newly launched suicide drones showcased at IDEAS 2024 will allow for precision strikes using thermal imaging and multiple bomb types simultaneously.
• Electronic Warfare and Countermeasures: Pakistan has shown innovation by employing decoy/fake radar systems to lure and exhaust Indian loitering munitions, thus demonstrating tactical innovation in electronic warfare.
Procurement and Future Plans
• Partnering with Turkey’s Baykar and China’s CASC: For advanced drone piloting technology, Pakistan is rapidly progressing towards self-sufficiency in the development of multi-role UAVs equipped with AI and stealth technologies.
• Expanding the operational range, survivability, autonomy, and integration of unmanned drones into joint operations with manned platforms remains the primary focus.
Comparative Analysis: India vs. Pakistan Drone Capabilities
| Feature/Aspect | India | Pakistan |
| Fleet Size | Larger (200+ MALE UAVs, 980 mini-UAVs) | Smaller but rapidly modernizing |
| Key Combat Drones | Harpy, Harop, Warmate, Sirin Hexadrone, Stealth UCAV (in dev.) | Bayraktar Akıncı, TB2, CH-4, Shahpar-II/III, 2025 Stealth UAV |
| Loitering Munitions | Extensive use (Harpy, Harop, Warmate) | Suicide drones (POF), loitering munitions emerging |
| Stealth Capability | Stealth UCAV in advanced testing | 2025 stealth drone with radar-absorbing materials2 |
| AI/Autonomy | AI targeting in Sirin Hexadrone, swarm R&D | AI-driven navigation and target recognition2 |
| Electronic Warfare | Jamming-resistant Harop, indigenous EW R&D | Decoy/fake radar for countering Indian drones |
| Indigenous Industry | Growing, with firms like ideaForge, Ikran Aerospace | Expanding, with GIDS, NESCOM, POF, Baykar partnership |
| Foreign Partnerships | Israel, Poland, domestic | Turkey, China, domestic |
| Operational Focus | SEAD/DEAD, ISR, precision strike, swarm warfare | ISR, precision strike, stealth, cost-effective force projection |
| Procurement Trend | $4.6B emergency spending, rapid local trials | Expanding via partnerships, focus on advanced platforms |
| Vulnerabilities | Supply chain reliance on foreign (esp. Chinese) parts | Similar dependence, especially for batteries, electronics |
| Countermeasures | Modernized vintage AA guns, EW, jamming | Decoy radars, electronic deception |
Looking Ahead: Potential Challenges and Future Directions
There is an increase in indigenous innovation in India’s development of stealth, swarm, and autonomous strike drones, paying particular attention to self-sufficiency and resilience against electronic warfare. On the other hand, Pakistan is advancing high-endurance, stealth, and AI-enabled drones through foreign partnerships to fill technological gaps and innovating with suicide drones and electronic deception. The growing availability of drones as an addition to already existing technologies heightens the risk of miscalculation because rapid, precise, deniable strikes could tempt leaders to go beyond conventional warfare without crossing the nuclear threshold. As with many other recent technologies, the evolution of AI and autonomy could further lessen human involvement, which raises the risk of accidental escalation or losing control.
News Writer