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Agricultural 3D Models

Find the best Agricultural 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1770740427
Create an animated 3D scene of an agricultural farm protected by an electric fence. The scene should show: A crop field surrounded by an electric fence mounted on poles An electricity transformer at the roadside Power lines going from the transformer to an energy (EB) meter From the energy meter, power flowing to a certified energizer unit From the energizer, power connected to the electric fence wires A smart monitoring hardware box mounted on a pole near the fence Inside the hardware box (visible or semi‑transparent): Microcontroller Voltage sensor Current sensor Relay cut‑off module Communication module Animation sequence Show normal operation: Power flows legally from transformer → meter → energizer → fence Fence pulses normally Mobile app shows green / safe status Show unauthorized usage scenario: Illegal direct connection or abnormal current detected Sensors detect abnormal voltage/current Hardware processes the data Preventive action animation: Relay automatically cuts off energiz
Anonymous1770648318
Create a realistic 3D engineering concept model of a smart agricultural crop protection system. The model must show a circular farmland area filled with visible green crops or plantation inside the structure. Around the field, place a small number of strong support pillars with large open entry gaps for tractors and farming vehicles. Above the farmland, create a fully functional movable dome-shaped waterproof covering system designed to completely close and protect the entire crop area during rain. The dome should be made of multiple sliding or rotating panels that move along a circular rail track supported by the pillars. When closed, the panels must meet at the center and fully cover the entire field like a protective greenhouse dome. Show the dome in partially closing motion so the movement mechanism is visible. Include a motor drive system connected to the rail track to rotate or slide the dome panels. Add small weather sensor modules representing rain & sunlight sensor.
Anonymous1770548073
Create a clean, realistic 3D engineering concept model of an automated smart agricultural crop protection system. The model should show a circular farm field filled with green crops. Instead of placing pillars around the entire boundary, use only a small number of strong structural support pillars placed at equal distances. Leave large open gaps between pillars to allow entry for tractors, trucks, and farming equipment. Connect the support pillars using strong elevated circular beams that form a circular rail track around the field. The circular rail should support a movable dome-shaped waterproof covering structure mounted on wheels. The dome cover should rotate along the circular rail to cover and uncover the crops. Show the dome in a partially closed rotating position to demonstrate movement. Include a motor unit connected to the rail system that drives the rotational movement of the dome cover. Add sensor modules to represent rain detection and sunlight detection.
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Anonymous1769783761
Future technology agricultural greenhouse with solar panels, widened and lengthened
Anonymous1769677155
Future technology for agricultural greenhouses
Anonymous1769677155
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