Volume 2 - Issue 1, January - February 2026

Agricultural productivity in emerging economies continues to be constrained by labor scarcity, resource inefficiencies, and the limited integration of mechanization at the small-scale farming level. This project introduces a Multifunctional Automatic Farming Machine (MAFM) that amalgamates essential field operations — soil tillage, precise seed deposition, controlled irrigation, and nutrient distribution — into a unified mechanical platform. Unlike conventional single-task implements, the MAFM leverages an innovative modular mechanical architecture with adaptive transmission linkages, bespoke metering assemblies, and sensor-triggered actuation to uphold operational continuity across diverse terrains and crop requirements. The machine’s design prioritizes mechanical simplicity, modular interchangeability, and energy economy. Implementation of customized spatiotemporal seed spacing mechanisms and responsive irrigation control based on real-time soil moisture proxies enables optimization of water use and material inputs. The integration of robust load- bearing frames with calibrated drive systems enhances stability during multiphase tasks, thereby reducing crop damage and operator fatigue. Experimental field trials demonstrate that the MAFM significantly augments land preparation and crop emergence uniformity while lowering input costs.

Vishal R. Mistary, Ravindra L. Konemani, Saurabh R. Shinde, Datta N. Shendre, Prof. A. G. Chine,"Multi-functional Automatic Farming Machine" International Journal of Scientific Research and Engineering Development, V2(1): Page(314-318) Jan-Feb 2026. ISSN: 3107-6513. www.ijamred.com. Published by Scientific and Academic Research Publishing.