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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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Design a housing for a TF-Luna LiDAR sensor (44mm x 20mm x 16mm) with two mounting holes (3mm diameter, spaced 16mm apart). The housing should attach to the front of the robot chassis using M3 bolts and nut slots. Allow for clear sensor view and cable exit. 3D printing ready.
Anonymous1753058253
a sleek black sensor device disguised as a tiny smart butler, wearing a sophisticated digital monocle and bow tie, dutifully monitoring its bucket domain with a gentle smile
Anonymous1753043736
라이다 센서, 미니멀리즘, 360, 퍽 형태
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Design a modular 3D model of a square plastic lid for an enclosure, sized 6.5 x 6.5 inches (16.5 x 16.5 cm). The top surface must be smooth and flat (like a typical lid), while the underside includes: A central circular cutout (~3 inches or 7.6 cm diameter) Two additional holes: One for a cable gland (~16–20 mm diameter) One for a pH sensor (typically ~12 mm diameter) Mounting arms with: Raised platforms at the base of the holes for secure screw mounting The arms should extend downward to hold internal hardware (e.g., sensors or plates) A raised inner rim or gasket slot to accommodate sealing or fitting All internal structures (ribs, arms, posts) should have reasonable tolerances for FDM 3D printing (0.2–0.4 mm clearance) The entire lid should be modeled as separate editable parts (lid body, mount arms, hole inserts) for modification in CAD. Target application is a sensor enclosure using OXO-style aesthetic with mechanical reliability.
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Smart ceiling-mounted safety device designed for bathrooms. Detects fainting or gas-related incidents during showers using radar motion sensing, humidity, temperature, and distance tracking. Features a discreet dome-shaped design with a thin radar-transparent cover, built-in buzzer, and speaker. Automatically activates when sudden changes in humidity and heat occur. If motion stops, it gently asks the user if they're okay. If no response is detected, it triggers an alarm or sends an alert—ensuring safety without user interaction.
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A minimalistic white model of a river water quality monitoring device, equipped with a mounted camera. The structure consists of a vertical mast or pole with attached sensor units, a streamlined camera module on a swivel mount, and a base platform designed for placement near or within water. The device includes simplified tubing, panel-like housings, and antenna components, all rendered in pure matte white with no colors or textures. Strong overhead lighting casts soft shadows, emphasizing its sculptural, utilitarian form. Conceptual infrastructure model style, evoking surveillance, ecological data collection, and techno-environmental presence in a sterile abstract form.
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未来感水面清洁直升机，下方安装有大型机械手臂，科幻工业设计风格， 主体结构： ▸ 银色流线型机身，顶部双层共轴旋翼系统（上旋翼直径8m/下旋翼7.2m） ▸ 机身下部凸出球形传感器舱（集成LiDAR+摄像头） ▸ 两侧橙色浮筒起落架（底部可伸缩防撞支架） 核心组件： ▸ 腹部可展开式机械手平台（带液压旋转基座） ▸ 四段式伸缩机械臂（每段直径递减：哑光黑碳纤维材质） ▸ 末端三指液压爪（金色金属质感，指节内置压力传感器） ▸ 爪尖锯齿状钛合金抓齿（动态开合结构） ▸ 垃圾存储舱（半透明蓝色舱体，侧壁显示填充量进度条） 环境交互： ◂ 机械爪夹持塑料瓶的动态姿势（爪部微变形表现抓力） ◂ 直升机悬停水面3米高度，旋翼气流形成水面波纹 ◂ 水面漂浮垃圾：塑料瓶、包装袋、泡沫块 细节特征： ◆ 旋翼尖端红色警示灯 ◆ 机身“ECOLOGIC”文字标识 ◆ 机械臂关节处橙色警示环 ◆ 爪心紫外线消毒灯管（蓝色发光）
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