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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Transform this flat 2D illustration into a detailed, three-dimensional style image

Anonymous1774918282

: "Generate a 3D STL model for a sleek, ergonomic right-temple electronic enclosure for smart glasses. This is a modular, screw-mounted assembly.
Overall Dimensions: ~65mm x 12mm x 20mm, with stealth-fighter angular edges.
Internal Channels: Hollow internal space with integrated screw bosses for six M2 screws. A precise 45-degree pre-angled slot is pre-modeled on the inner face for mounting a passive waveguide/reflector film. Cutouts for an ESP32-S3 camera lens (Ø2.5mm circular aperture) and a generic LiDAR sensor on the front edge.
Finish: Matte black, optimized for rigid PETG/Resin 3D printing."

Anonymous1774851712

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Anonymous1774501671

Photorealistic 3D product render, isometric view at 35° elevation,
studio lighting with soft shadows.

OBJECT: Electronic enclosure box, ABS plastic, matte dark gray
(RAL 7021 Black Gray), dimensions exactly 120mm wide × 80mm tall ×
65mm deep. IP65 sealed. Rounded corners radius 8mm all edges.

PCB INSIDE (visible through open lid or cutaway top view):
Green FR4 PCB, 118×78mm, dual-layer, white silkscreen text visible.

COMPONENTS on PCB, precisely positioned:

1. TOP-LEFT ZONE — HLK-LD2410 radar module: rectangular sub-PCB
35mm wide × 15mm tall × 3mm thick, mounted flat, dark green PCB,
3 small rectangular patch antennas (6mm×8mm each) spaced 14mm apart
in a row along the top edge, gold-colored copper traces visible.
White silkscreen: "HLK-LD2410". Positioned at x=10mm, y=8mm from
top-left PCB corner.

2. TOP-CENTER — TF-Luna LiDAR sensor: compact square module
35mm × 35mm × 21mm tall, dark blue housing, prominent circular
optical lens 14mm diameter centered on front face, lens

Anonymous1768786146

Anonymous1774028635

A compact AI-powered pothole detection device mounted on a small autonomous vehicle, with a front-facing camera and LiDAR sensor scanning the road surface. The device has a rugged design with wheels, sensors, antenna, and a small display screen showing pothole detection data. It is placed on a cracked asphalt road with visible potholes. The system includes a scanning blue light beam detecting depth and shape of potholes. Style is realistic, functional engineering prototype, clean design, isolated object, white background, high detail, suitable for 3D model generation.

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Anonymous1773637575

【主要主题】局部特写3D模型，展示智能八电极体脂秤的核心传感器部件

【详细描述】两个局部放大区域，以解剖视角展示：1）压力传感器区域：秤体一角的结构剖切，展示防滑脚垫、金属支架、应变片式压力传感器（粘贴在金属梁上）的连接方式，传感器通过排线连接到主板。视角从下方仰视，能看到传感器变形区域。2）电极片区域：秤面玻璃一角放大，玻璃上层和下层剥离，展示金属电极片如何嵌入玻璃，电极片背面有弹簧顶针连接主板，电极片表面有微小凸点增强导电。两区域同时显示在一个画面中，左右分置。

【材质纹理】压力传感器：金属弹性体有拉丝质感，应变片为深色薄膜带金色引线。电极片：不锈钢抛光，有镜面反射，弹簧顶针为金色铜质。玻璃：透明带边缘光泽。PCB：绿色阻焊。

【风格类型】产品细节渲染，浅景深效果，焦点在传感器，背景轻微模糊，科技感照明，强调精密制造感。

【技术规格】超高细节建模，可见应变片纹理和电极片微小结构，适合用于产品宣传或技术说明。4K输出。

【负面提示词】没有失焦，没有反光过曝，没有模糊纹理，没有多余的背景杂物。

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