Abstract: The agricultural industry in making a paradigmatic transition towards sustainability and efficiency due to the imperative need to solve environmental problems and food security issues. Agriculture based multifunction E-vehicle have surfaced as an innovative solution, combining advanced electric vehicle technology with general purpose agricultural uses. This abstract gives an idea of the kay aspects and implication of such vehicle are electricity powered, lowering greenhouse gas emissions and dependency on fossil fuels, which makes them a green-friendly option. The incorporation of E-Vehicles in agriculture holds the promise of lower operating costs, greater productivity, and a reduced carbon footprint. The E-Vehicle for Agriculture Remote Operated In order to prevent different problems which impact agricultural fields, agricultural electrical vehicle is required, to achieve the goals such as weed detection, irrigation, crop protection and Bug Spray. This is the design features of electric vehicle which is environmentally friendly in nature and automated. The different technologies employed are sensor technology. The developed EV not only employs battery power but also employs renewable Energy to carry out all its functions. The model proposed is economical and dependable, also applicable for linear agricultural purposes. The electrical vehicle has a significant contribution towards precision farming, which is enhancing the efficiency of crop production without affecting the various agriculture variables and lowering the costs of production. The planned EV model aims to fulfill agricultural needs like protection of crops, watering, bug spray (i.e. pesticide spraying) with obstacle detection feature. The model is self- powered for soil moisture checking to initiate watering of the field or Motor off function. The delta robot used to pick the weed from the field has a ground level clearance of 10 cm does the job.

Keywords: Agriculture vehicle, Seed sowing machine, Sprayer, Photo voltaic cell, Electrical vehicle (EV).

| DOI: 10.17148/IARJSET.2025.125380