Drones
105 posts in this category.
Drones in Indian healthcare: vaccine, blood, and the i-DRONE chain
Drones in Indian healthcare moved from a single Loktak Lake vaccine mission into a national medical-logistics framework covering vaccines, blood bags, sputum samples, oncopathological material, and corneal tissue. The chain was built through conditional Beyond Visual Line of Sight exemptions, operational validation, and ICMR field evidence rather than through a standalone drone-healthcare statute.
Read article →How Drones Are Transforming Solar Panel Inspection in India
Solar panel inspection involves visual inspections, electrical testing, and infrared thermography to identify faults, maintain system safety, and maximise energy output. Field inspections typically cost ₹5,000–₹7,000 per day, while DGCA-compliant drone inspections combine high-resolution imaging and thermal analysis to inspect large solar installations faster, reduce manual effort, improve defect detection, and support predictive maintenance.
Read article →Drones in Indian mining: the IBM, DGMS, and DGCA compliance chain
Drones in Indian mining moved from optional survey tools to statutory compliance infrastructure after the Mineral Conservation and Development Rules, 2017 amendment on 3 November 2021. Rule 34A made annual drone surveys mandatory for large mineral lessees, but the operating chain now runs through three regulators with different mandates and different consequences.
Read article →Drone Spraying Services in India: Per-Acre Costs and DGCA Rules
Agricultural drone spraying services in India provide an affordable way to apply fertilizers, pesticides, weedicides, and nano urea without purchasing a drone. Service providers typically charge ₹300–₹700 per acre and deploy DGCA-certified remote pilots using compliant agricultural drones. This model improves spraying precision, reduces labour costs, minimises chemical waste, and increases operational efficiency for farmers.
Read article →Disaster Management Drones in India: NDRF, AI, and Emergency Response
Disaster management drones are unmanned aerial vehicles (UAVs) used to support emergency response through rapid damage assessment, search and rescue, and relief delivery. Equipped with high-resolution cameras, thermal sensors, and real-time communication systems, they provide live situational awareness, access hazardous or inaccessible areas safely, and help emergency agencies improve response times, resource allocation, and disaster recovery operations.
Read article →Drones in construction in India: from productivity tool to mandated audit layer
Drones in construction have moved from a productivity claim on consultant decks to a mandated requirement inside central infrastructure tender documents. The NHAI Data Lake, SVAMITVA property-card pipeline, and Drone Rules 2021 compliance gates now anchor a framework that procurement teams must understand before signing a single contract clause.
Read article →Drone surveying and mapping in India now sits inside three statutory mandates
Drone surveying and mapping in India is now governed by three interlocking instruments. Rule 34A of MCDR 2017, the SVAMITVA Scheme, and the National Geospatial Policy 2022 each set a binding mandate. Operators and lessees now produce evidence for the state through a workflow the rule defines.
Read article →MALE, HALE, and HAPS drones: how India is building its long-endurance fleet
MALE, HALE, and HAPS drones now sit on a single procurement ladder for the Indian Armed Forces. From 25,000 feet for tactical ISR to the stratosphere for surveillance measured in weeks, each rung carries a distinct envelope and capital cycle worth tracking together.
Read article →Drone simulators for military training: how India is rebuilding its operator pipeline
Drone simulators for military training have moved from an optional aid to the scalable core of India's defence operator pipeline. The Indian Army's Expression of Interest for 19 drone training hubs marks the largest restructuring of military drone training infrastructure in India. A December 2025 contract milestone for over 700 VR simulators confirms the move from planning to execution.
Read article →UAV vs UAS vs RPAS in India: terminology, statute and the operator workflow
UAV vs UAS vs RPAS is treated as a vocabulary debate by most explainer articles, but in India it is a statutory question. Reading the wrong term in the wrong document drops operators into the wrong compliance pathway. Here is how DGCA, the Ministry of Defence and ICAO actually use each acronym.
Read article →Fixed-wing vs rotary vs hybrid VTOL drones: what each platform class solves
Fixed-wing vs rotary vs hybrid VTOL drone is not just a design comparison in India; it is a regulatory classification under the Drone Rules 2021. The structural class decides type certification pathway, NPNT applicability, and airspace approval routing for every survey, inspection, and BVLOS operation.
Read article →Indian Army FPV drone doctrine, Ashni platoons, and the Bhairav integration
Indian Army FPV drone doctrine now runs as a four-layer architecture: doctrine, the Ashni platoon, Bhairav and Rudra integration, and the UAS technology roadmap. Each layer was added inside twelve months, between the Kargil Vijay Diwas restructuring and the technology roadmap release.
Read article →TAPAS BH-201, the Rustom-2 Successor: India's MALE Drone Road to Archer-NG
The TAPAS BH-201 programme is the closest India has come to an indigenous medium-altitude long-endurance drone. Its mission-mode closure on 14 January 2024 and likely exclusion from the tri-service MALE order on 9 March 2026 did not retire the platform. They redirected its airframe, payload, SATCOM, and propulsion stack into Archer-NG and the next procurement cycle.
Read article →Long-endurance drones in India: MALE, HALE, and HAPS in transition
Long-endurance drones for the Indian Armed Forces now span three altitude tiers: MALE, HALE, and HAPS. The Defence Acquisition Council cleared an Air-Ship Based High Altitude Pseudo Satellite on 12 February 2026. That clearance turned three separate procurement tracks into one visible capability pyramid tied to surveillance and stratospheric persistence.
Read article →How drones actually work: propulsion, control, and sensing in India
How drones work comes down to three engineering layers: propulsion, control, and sensing. The motors that generate thrust, the flight controller that stabilises the aircraft, and the sensor stack that feeds positional data together decide how a drone flies. They also decide which DGCA compliance path applies once the platform crosses the 250-gram threshold.
Read article →Combat air teaming system rewrites how India will fly into contested airspace
The combat air teaming system is HAL's architecture for letting a single Indian Air Force pilot command a formation of low-observable drones from inside contested airspace. With the CATS Warrior first flight slipped to 2027, the programme's nodes, mothership, and procurement roadmap need a structured rereading.
Read article →Tethered drones reshape India's persistent surveillance and border-watch posture
Tethered drones are unmanned aircraft connected to a ground station by a power-and-data cable, delivering hours-long persistent surveillance the battery-powered fleet cannot match. India's procurement file is reshaping the category from a Fast Track experiment into a frontier-wide tactical layer. The shift is anchored in the Ministry of Defence's September 2025 RFI and the Technology Perspective and Capability Roadmap.
Read article →Drone vs Missile Cost: Why Low-Cost Drones Are Changing Modern Air Defence
The drone vs missile cost gap is the arithmetic where a $20,000 attack platform forces a $4 million interceptor. That math has moved from a Ukraine-and-Red-Sea case study to an Indian planning question. Operation Sindoor (Press Information Bureau, 14 May 2025) was the night the arithmetic landed at home.
Read article →Kamikaze drone vs FPV drone: what each term actually means
Kamikaze drone and FPV drone are not synonyms. Kamikaze describes the operational role, a one-way strike system. FPV describes the control method, a pilot flying in real time through video goggles. India's military now fields both autonomous loitering munitions and FPV-controlled kamikaze systems as separate operational tools across the precision-strike spectrum.
Read article →India's drone manufacturing ecosystem: the 23-firm PLI beneficiary cohort
India's drone manufacturing ecosystem spans 23 PLI beneficiaries across nine states, yet 50–60 percent of subsystem value still comes from imported components. PLI 1.0 expanded domestic assembly capacity. PLI 2.0, Mission Drone Shakti, and ANRF component R&D now target manufacturing scale, domestic content, and subsystem research.
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