Examine how India's Sub-Mission on Agricultural Mechanization is integrating drone technology into precision agriculture. What are the associated risks and regulatory concerns?

Q. Examine how India's Sub-Mission on Agricultural Mechanization is integrating drone technology into precision agriculture. What are the associated risks and regulatory concerns? (15 marks, 250-350 words)

Launched in 2014-15 as a Centrally Sponsored component of the Rashtriya Krishi Vikas Yojana, SMAM was designed to "reach the unreached" through subsidised machines, Custom Hiring Centres and Farm Machinery Banks [3]. Its recent drone component marks a shift from mechanical power to precision agriculture, but diffusion is still shallow and the regulatory scaffolding incomplete.

How SMAM integrates drone technology - Institutional demonstration pipeline: 100% assistance up to Rs. 10 lakh per drone to ICAR institutes, FMTTIs, KVKs and SAUs, creating a testing-and-extension route before farmer-level adoption [2]. - Equity-weighted ownership subsidy: 50% up to Rs. 5 lakh for Small/Marginal, SC-ST, Women and North-Eastern farmers, against 40% up to Rs. 4 lakh for others; FPOs get up to 75% for field demonstrations [2]. - Service-model diffusion: assistance to agriculture graduates for drone CHCs lets small holders hire rather than own — over 1,500 Kisan Drone CHCs sanctioned alongside Rs. 141.39 crore released [2]. - Scale achieved: roughly 40,900 drone demonstrations covering a comparable area, with Rs. 52.5 crore routed through ICAR [1][2]. - Convergence: dovetails with Namo Drone Didi, which places drones with Women SHGs as rental enterprises [6].

Risks and regulatory concerns - Airspace and safety compliance: operations must satisfy Drone Rules, 2021 — registration, zone restrictions, remote-pilot certification and insurance — burdensome for rural operators [5]. - Agro-chemical safety: drone spraying needs pesticide formulations specifically registered by CIB&RC, with phyto-toxicity and bio-efficacy protocols; SOPs cover drift, buffer distances and operator protection [4]. - Skill and repair deficit: certified pilots and service networks are thin, risking idle assets in CHCs. - Equity and labour: high unit cost may concentrate benefits among better-off farmers and FPOs, while displacing manual spraying labour. - Federal implementation gap: being State-implemented, utilisation varies with State capacity [3].

Drones can genuinely lower input use and drudgery, but their gains depend on regulation, skilling and servicing maturing together. Strengthening pesticide registration for aerial use, expanding remote-pilot training through KVKs, and anchoring drones in SHG- and FPO-run hiring centres would convert a subsidy-led push into durable, equitable precision farming.

(~330 words)

Sources: 1. PIB Backgrounder — Sub-Mission on Agricultural Mechanization — cumulative drone demonstration scale and area covered 2. Funds for Kisan Drones, PIB — drone subsidy slabs, FPO grants, drone CHCs, Rs. 141.39 crore and Rs. 52.50 crore releases 3. Sub-Mission on Agricultural Mechanization, PIB — RKVY component status, State implementation, CHC/FMB architecture 4. SOP for use of Drone in Pesticide Application and Spraying of Soil and Crop Nutrients, PIB — CIB&RC registration protocols and spraying SOPs 5. Ministry of Civil Aviation notifies liberalised Drone Rules, 2021, PIB — registration, zones, pilot certification requirements 6. Operational Guidelines of Central Sector Scheme "Namo Drone Didi", PIB — Women SHG drone rental convergence