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Moisture sensor 3D Models

Find the best Moisture sensor 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.

A realistic miniature smart irrigation system inside a transparent rectangular enclosure.
The base contains natural brown soil with small green plants arranged in rows.

On the left side, include:

A soil moisture sensor inserted vertically into the ground, with two probes clearly visible (like a fork shape).
A mini weather station mounted on a thin vertical pole, including small sensors (wind cups/anemometer and temperature/humidity module), matching a realistic agricultural setup.

At the center:

A compact IoT control box with visible electronic components, wires, LED indicators, and relay modules.

On the right side:

A small water reservoir (transparent container) connected to a water pump.
Flexible tubes running from the pump across the soil to create a drip irrigation system.

Behind the control unit:

A small solar panel, angled slightly upward.

👉 Additional feature:

A small autonomous robot moving between plant rows, equipped with a camera and sensors, designed to detect an
Anonymous1775253673
This image shows a miniature smart irrigation system prototype inside a transparent rectangular enclosure.

The base is filled with soil and small green plants arranged in rows, representing a cultivated field.
On the left side, there is a soil moisture sensor inserted into the ground, along with a vertical pole holding a weather sensor (wind/temperature module).
At the center, there is an electronic control unit labeled “Controleur IoT”, containing a microcontroller board with visible wiring, LEDs, and connected modules.
Tubes run from this control unit across the soil, forming a drip irrigation system.
On the right side, a water pump is connected to a small transparent water reservoir, supplying water through the tubes.
A relay module (blue component with a red light) controls the activation of the pump or irrigation.
Behind the controller, there is a small solar panel, suggesting renewable power supply.
The front labels indicate sections: “Capteurs” (Sensors), “Electrovanne Irrig
Anonymous1775253673
A highly detailed 3D render of a smart irrigation system project model displayed on a wooden base platform with artificial grass. The setup includes a healthy green plant in a pot with a soil moisture sensor inserted into the soil, connected to an ESP32 microcontroller board. A relay module, LCD display (showing soil moisture percentage and pump status), and neatly organized wiring are visible.

A transparent water tank filled with water is placed on one side, connected via pipes to a small DC water pump controlled by the relay. Water flow tubing is clearly shown going to the plant pot.

A modern smartphone is placed on a stand displaying a clean web dashboard UI with soil moisture data, pump ON/OFF buttons, and system status.

All components are labeled with clean professional tags (ESP32, Soil Sensor, Relay Module, Pump, LCD, Power Supply). Soft studio lighting, realistic shadows, depth of field, photorealistic textures, ultra HD, 4K render, isometric view, clean background, engineering project showcase sty
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核心提示词(Tripo AI 3D建模专用,100%贴合原图)
 
plaintext
  
3D model, product shot, a smart soil moisture sensor with three metal prongs, cylindrical main body, top is a round flat disc with light blue outer ring and white center, main body is matte white plastic, three thin silver metal pins at the bottom for inserting into soil, clean and minimalist industrial design, no extra decorations, high detail, PBR textures, studio lighting, product photography style, game-ready topology
 
 
 
 
精准拆解(逐点对应原图特征)
 
1. 核心物品: smart soil moisture sensor with three metal prongs (带三根金属探针的智能土壤湿度传感器)
2. 形态结构:
- 主体: cylindrical main body (圆柱形机身)
- 顶部: round flat disc with light blue outer ring and white center (顶部为圆形平盘,外圈浅蓝、中心纯白)
- 底部: three thin silver metal pins at the bottom for inserting into soil (底部三根细长银色金属插针,用于插入土壤)
3. 材质质感: matte white plastic (哑光白色塑料机身)、 silver metal (银色金属插针)
4. 风格要求: clean and minimalist industrial design, no extra decorations (简洁极简工业风,无额外装饰)
5. 渲染规格: high detail, PBR textures, studio lighting, product photograph
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Brand sensor named Aerion,it is a flat,smart,humidity temp and photosensor all in one that looks very modern and can be stuck to walls and cielings
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water meter
mimo
Anonymous1744488658
стройство AquaLoop — это компактная система для контроля воды в ирригационных каналах. Оно состоит из датчика уровня воды, датчика потока воды, небольшого электронного контроллера, солнечной панели и передатчика данных. Датчики устанавливаются на стенке или дне канала и измеряют уровень и скорость воды. Контроллер собирает информацию с датчиков и обрабатывает её. Солнечная панель обеспечивает устройство энергией, поэтому оно может работать без электрической сети. Передатчик отправляет данные на телефон или компьютер через интернет или беспроводную связь. Благодаря этому фермеры или службы управления водой могут видеть количество воды в канале и контролировать её использование, чтобы уменьшить потери воды и распределять ресурсы более эффективно. 💧⚙️📡
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Pour obtenir une modélisation 3D précise (que ce soit pour un designer 3D sur un logiciel comme Blender/SolidWorks ou pour une IA génératrice) basée exactement sur cette dernière image, il faut décrire chaque détail visible, en particulier l'absence du QR code et la présence de votre logo.

Voici un prompt détaillé et optimisé en anglais (la langue la plus efficace pour les outils de génération) qui décrit fidèlement votre prototype final :

Le Prompt de Modélisation 3D (à copier-coller) :

"A photorealistic 3D product render of an industrial IoT soil moisture sensor node on a clean light grey studio background. The main unit is a matte black waterproof ABS plastic rectangular enclosure with four silver screws on the front corners and side mounting tabs. On top of the box is a black cylindrical LoRa antenna with a gold SMA connector. On the front face of the black box, there are two distinct graphics: on the upper half, an elegant blue Arabic calligraphy logo is printed directly on the plastic; on the lower h
Anonymous1773172957
Pour obtenir une modélisation 3D précise (que ce soit pour un designer 3D sur un logiciel comme Blender/SolidWorks ou pour une IA génératrice) basée exactement sur cette dernière image, il faut décrire chaque détail visible, en particulier l'absence du QR code et la présence de votre logo.

Voici un prompt détaillé et optimisé en anglais (la langue la plus efficace pour les outils de génération) qui décrit fidèlement votre prototype final :

Le Prompt de Modélisation 3D (à copier-coller) :

"A photorealistic 3D product render of an industrial IoT soil moisture sensor node on a clean light grey studio background. The main unit is a matte black waterproof ABS plastic rectangular enclosure with four silver screws on the front corners and side mounting tabs. On top of the box is a black cylindrical LoRa antenna with a gold SMA connector. On the front face of the black box, there are two distinct graphics: on the upper half, an elegant blue Arabic calligraphy logo is printed directly on the plastic; on the lower h
Anonymous1773172957
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