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Lidar sensor 3D Models

Find the best Lidar 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.

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water temperature sensor 3d model: make a water temperature sensor 3d
Water Temperature Sensor 3D Model
lidar sensor 3d model: lidar sensor module with lime green ring and white housing mounted on gray bracket
Lidar Sensor 3D Model
soil moisture sensor 3d model: soil moisture sensor with three metal probe pins, black housing, green label, and attached cable.
Soil Moisture Sensor 3D Model
智能行李搬运机器人 3d模型: 智能行李搬运机器人的产品设计白模，极简主义美学。它有一个主储物仓、一个可伸缩的拉杆，杆顶有一个小触摸屏。车顶可见一个激光雷达传感器。
智能行李搬运机器人 3d模型 3D Model
نموذج ثلاثي الأبعاد لوحدة lidar: (Ultrasonic أو LiDAR, (Microcontroller ,LED
نموذج ثلاثي الأبعاد لوحدة Lidar 3D Model
датчик утечки воды 3d-модель: Round water leak sensor disk with white housing, black ring, and gray center.
Датчик Утечки Воды 3d-модель 3D Model
headset with sensors 3d model: 1. Overall Design Philosophy The primary goal is to create a 3D model that looks like a sleek, modern "gadget," not a medical device. The design should be minimalist, comfortable, and balanced. It integrates all components (LiDAR, mics, bone conduction, ESP32, battery) into a cohesive form factor. 2. Component-by-Component Modeling Guide Component 1: The Main Headband Purpose: The main chassis that connects all components. Blender Approach: Start with a Bézier Curve (Shift + A > Curve > Bézier). In Edit Mode, shape the curve to follow the path of a "band over the head," like a standard pair of headphones. In the Object Data Properties (green curve icon) for the curve, go to the Geometry tab. Increase the Bevel > Depth to give the curve thickness. Aesthetic (Knit Band): To get the "Apple knit band" look, you could apply a Displace modifier with a "Clouds" or "Noise" texture, or (for a more advanced approach) use a fabric texture map in the material. Placement: This is the central "spine" of the devi
Headset With Sensors 3D Model
industrial device 3d model: olive-green sensor device with display panel, vertical probe armature with multiple clamp arms, circular top plate, and ribbed handle
Industrial Device 3D Model
浮子传感装置 3d 模型: float sensor mechanism inside a cylindrical chamber with central axis, spring, damper, and conical bottom reservoir
浮子传感装置 3d 模型 3D Model
hearing-aid earpods 3d model: Design a detailed 3D model of a pair of intelligent hearing-aid–style earpods optimized for sonar and LIDAR sensing. The form factor should wrap gently around the back of the ear with a thin, ergonomic hook that houses a large battery compartment and sensor housing. The outer surface of the hook should include: A small circular LIDAR sensor array flush with the surface near the upper ridge. Two ultrasonic transducer ports on the outer curve (angled 20° forward). A discreet microphone cluster near the front edge for ambient audio pickup. The earbud portion should sit comfortably in the ear canal, with: A soft silicone tip for comfort and passive noise isolation. A tiny speaker grill at the end of the tip. A touch-sensitive control pad on the outer face for gesture input. Material palette: matte titanium for the main body, black soft-touch polymer for ear contact zones, and translucent gray silicone for the tip. Include subtle LED indicators near the rear curve of the hook (status + charging). Add USB
Hearing-aid Earpods 3D Model
眉眼间距测量仪3d模型: 帮我绘制一个关于眉眼间距测量仪的图片，眉眼间距测量仪的结构包括：位于前侧的毫米方格刻度尺和位于后侧的水平头带，水平头带的两端与毫米方格刻度尺一一连接；在毫米方格刻度尺的中间固定一橡胶软垫，橡胶软垫上方固定一个水平仪；毫米方格刻度尺前侧面的左右两侧分别开设一个横向的滑道，两个滑道内均滑动连接有两个滑轮，位于同一滑道内的两个滑轮与设置在毫米方格刻度尺前侧的垂直透明毫米方格刻度尺顶部连接，透明毫米方格刻度尺上既有水平刻度又有垂直刻度，水平刻度和垂直刻度的交叉点均设有横向贯穿透明毫米方格刻度尺的横向开孔
眉眼间距测量仪3d模型 3D Model
lidar sensor 3d model: lidar sensor device with angular base and tall cylindrical emitter, gray metallic housing
Lidar Sensor 3D Model
spherical sensor pod 3d model: spherical sensor pod with riveted metallic shell, circular lens window and blue indicators
Spherical Sensor Pod 3D Model
带激光雷达的轮椅 3d模型: 带激光雷达的轮椅
带激光雷达的轮椅 3d模型 3D Model
iris scanner 3d model: Iris scanner device with metallic oval housing, blue inner lens, central dark sensor, and radial textured bezel.
Iris Scanner 3D Model
railway inspection rover 3d model: Create a single, unified 3D model of a compact railway inspection rover running on standard train tracks. The rover should have a realistic industrial design with all sensors and components integrated into one body — not separate. Include 3D LiDAR sensor, 360° camera, IR sensors, eddy current sensor, and laser current sensor accurately placed on the rover. The rover should have four small rail wheels, front and rear lights, antenna, and suspension details. The body should be a rectangular modular unit with a white and gray color scheme, black-yellow caution stripes on the edges, and a sturdy metallic texture. Add a small control dome, side panels, top-mounted camera and LiDAR, and sensor mounts at appropriate spots. Ensure all sensors, mechanical parts, and textures are part of one combined model — no separate or floating parts. The rover should sit naturally on the railway tracks with visible ballast and rail texture. Style: clean, realistic, professional engineering model with proper
Railway Inspection Rover 3D Model
sensor glove 3d model: sensor glove with orange fabric, black padding, blue straps and embedded sensors for motion capture
Sensor Glove 3D Model
arduino sensor case 3d model: translucent teal arduino sensor case housing water temperature, pH, and TDS sensors with visible internal PCB and wiring.
Arduino Sensor Case 3D Model