·PIB·15 marks·250–350 wordsPolityEconomy

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?

In this answer
  1. Role in bridging the mechanization gap
  2. Structural challenges limiting impact

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.

Sources

  1. 1PIB 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. 2Sub-Mission on Agricultural Mechanization, PIBSMAM as a Centrally Sponsored component of RKVY, State-implemented, launched 2014-15
  3. 3Initiatives of Government of India to Promote Farm Mechanization, PIBfarm power availability 2.49 kW/ha vs Korea/Japan/USA; 89.4% holdings under two hectares; CHC 40% and FMB 80% assistance
  4. 4Funds for Kisan Drones, PIB100% up to Rs 10 lakh for ICAR/KVK/SAU/FMTTI demonstrations; 75% for FPOs
  5. 5Farm Mechanization and Agricultural Workforce, PIBoverall mechanization ~45%; weeding 33%, harvesting 34%; CHCs to offset adverse economies of scale

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