Discuss the role of the Sub-Mission on Agricultural Mechanization in addressing the mechanization gap among small and marginal farmers in India. What structural challenges limit its impact?

Q. Discuss the role of the Sub-Mission on Agricultural Mechanization in addressing the mechanization gap among small and marginal farmers in India. What structural challenges limit its impact? (15 marks, 250-350 words)

India's farm power availability, about 2.49 kW/ha, remains far below Korea, Japan and the USA (7–14 kW/ha), while 89.4% of agricultural households operate under two hectares [3]. At that scale, individual machine ownership is uneconomic. SMAM (2014-15), a Centrally Sponsored component of RKVY, was designed for exactly this gap — "reaching the unreached" [2].

Role in bridging the mechanization gap - Access without ownership: 40% assistance for Custom Hiring Centres and Hi-tech Hubs, and 80% for village-level Farm Machinery Banks, shift small farmers from buying to renting, offsetting adverse economies of scale [3][5]. - Scale achieved: Rs 9,404.47 crore has supported 21.61 lakh machines, alongside 27,554 CHCs, 25,608 FMBs and 646 Hi-tech Hubs [1]. - Equity-weighted design: higher subsidy slabs for small/marginal, SC/ST, women and North-Eastern farmers, with 30% of funds earmarked for women [1]. - Technology leapfrog: Kisan drones funded at 100% (up to Rs 10 lakh) for ICAR institutes, KVKs and SAUs, and 75% for FPOs, extending precision agriculture to those who cannot own it [4]; nearly 41,000 demonstrations have been conducted [1].

Structural challenges limiting impact - Uneven penetration: overall mechanization is only about 45%, and lowest in weeding (33%) and harvesting (34%) — the labour-intensive operations small farmers most need mechanized [5]. - Fragmented, scattered holdings make most large-format machinery unsuitable and raise CHC servicing costs. - Implementation asymmetry: as an RKVY component executed by States, outcomes track state administrative capacity and fund utilisation rather than need [2]. - CHC viability: demand is seasonal and clustered, leaving hired assets idle and entrepreneurs financially stressed. - Skill and after-sales gaps: shortage of trained operators, drone pilots and rural repair networks blunts adoption.

SMAM has credibly converted mechanization from an ownership privilege into a rentable service, but access created is not yet access used. Aligning it with FPO-led clusters, region- and crop-specific small machinery, outcome-linked State releases, and skilling under existing training institutes would let the mission serve the smallholder majority it was built for — advancing the constitutional promise of equitable rural livelihoods.

(~330 words)

Sources: 1. PIB Backgrounder, Sub-Mission on Agricultural Mechanization (09 July 2026) — cumulative Rs 9,404.47 crore, 21.61 lakh machines, CHC/FMB/Hub counts, drone demonstrations, 30% women earmark, North-East emphasis 2. Sub-Mission on Agricultural Mechanization, PIB — SMAM as a Centrally Sponsored component of RKVY, State-implemented, launched 2014-15 3. Initiatives of Government of India to Promote Farm Mechanization, PIB — farm power availability 2.49 kW/ha vs Korea/Japan/USA; 89.4% holdings under two hectares; CHC 40% and FMB 80% assistance 4. Funds for Kisan Drones, PIB — 100% up to Rs 10 lakh for ICAR/KVK/SAU/FMTTI demonstrations; 75% for FPOs 5. Farm Mechanization and Agricultural Workforce, PIB — overall mechanization ~45%; weeding 33%, harvesting 34%; CHCs to offset adverse economies of scale