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Autonomous 3D Models

Find the best Autonomous 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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Сделай 3д модель на тему "транспорт" связанные с ИИ, например такси без водителя(как у яндекса)
Anonymous1770458207
Anonymous1770090724
📘 Scheda Tecnica Completa – ASV (Autonomous Surface Vessel) Versione consolidata da tutta la nostra conversazione 1. Concetto generale L’ASV è un monocarena deep‑V stabilizzato da gondole laterali, NON un catamarano. Le gondole non sono scafi indipendenti, ma sponsons integrati alla carena centrale, con funzione: stabilizzazione laterale riduzione rollio miglioramento planata aumento portanza laterale miglior comportamento in onde corte e incrociate Il mezzo è progettato per: navigazione autonoma mare mosso (onde corte e ripide) planata stabile piattaforma sensori (prua + centro) doppia motorizzazione elettrica o fuoribordo leggera 2. Dimensioni principali Parametro Valore Lunghezza totale (LOA) 4000 mm Baglio massimo 1100 mm Pescaggio 220 mm Altezza coperta da chiglia 450 mm Carena Deep‑V con deadrise variabile Deadrise prua 24° Deadrise mezzanave 20° Deadrise poppa 18° 3. Carena centrale (scaffold principale) Forma: Deep‑V progressivo (24° → 20° → 18°) Chiglia continua
Anonymous1769960587
Anonymous1769960587
A detailed 3D model of an autonomous roadside surveillance unit mounted high on a metal street pole section. The main weatherproof industrial housing is angled sharply downwards, with the distinct lens barrel of a Raspberry Pi Camera Module 3 protruding from its bottom face, aiming at the ground. Mounted rigidly above this main box is an array of photovoltaic solar panels angled upwards towards the sky. A separate, smaller battery enclosure is strapped to the pole immediately below the main camera unit. Flexible conduits and heavy-duty brackets connect all components. Hard-surface modeling, engineering prototype style.
Anonymous1768959864
Anonymous1769688009
Create a clean, professional, engineering-style 3D CAD model of a toy-sized autonomous self-driving car prototype (not a full vehicle). The design must look world-class / world-best, premium, minimal, robust, and manufacturable—like a top-tier robotics prototype. Output high-resolution renders on a plain white background with soft studio lighting and subtle shadow. No logos, no text labels on the model, no watermark, no people, no environment. REQUIRED OUTPUT VIEWS: 3D assembled CAD view (isometric 45°) 3D exploded view (all parts separated slightly, aligned clearly, easy to understand) Orthographic views: Top, Side, Front Dimension lines in millimeters for overall length, width, height, wheelbase, track width, and ground clearance GLOBAL DESIGN RULES: Use clean fillets/chamfers, symmetric layout, perfect weight balance, professional brackets/standoffs, and neat cable routing channels (or omit wires). Use matte neutral CAD materials (dark gray, light gray, aluminum), sharp edges, realistic screws (M3)
Anonymous1769678706
A compact stealth autonomous wheeled robot with a low-profile rectangular chassis. Matte black and dark graphite materials, sharp angular hard-surface design, minimal yellow accent lines. Recessed ESP32-S3 camera hidden behind dark smoked acrylic, flush with the body, no visible face or eyes. Small flush-mounted LCD status screen on the upper front panel for diagnostics or simple video playback, non-expressive and industrial. Concealed pico projector module behind a narrow aperture on the front or side, subtle and secondary to the design. Industrial unmanned ground vehicle (UGV) aesthetic with layered panels, ventilation grills, exposed screws, and modular access hatches. Two partially enclosed side wheels and a hidden rear caster wheel. Realistic engineering proportions with internal space for batteries, motors, ESP32-S3 board, sensors, display, and wiring. High-detail 3D model, realistic scale, neutral background, grid floor.
Anonymous1765144752
generate autonomous 3-ways forklift
Anonymous1769293571
**Refined AI Image / 3D Generator Prompt:** > A futuristic autonomous robo-vehicle for warehouse and logistics operations. The robot features a compact yet robust mobile base with four heavy-duty wheels and a modular metallic chassis. The base is intelligently designed with internal space to house all core systems—ESP32 processing module, sensors, actuators, wiring channels, battery pack, and motor drivers—neatly fitted inside. The base has a removable bottom panel and side access ports for easy maintenance and repair. > > On the front-right side, the robot has one advanced multi-jointed robotic arm with a claw-style gripper. Directly **in front of the claw**, three hollow rectangular container segments should be in one line side by side allowing goods to be placed *under and into* the containers during pickup and transfer. These containers are lightweight, segmented, and aligned for efficient loading. > > A front-mounted object-detection camera module with LED ring is integra
Anonymous1769190259
生成一个景区无人驾驶导览车，整体线条流畅充满简约科技感，顶部紧密贴合太阳能板供电。车身为全包裹式结构，大片弧形前挡风玻璃提供宽阔视野，车内没有方向盘，前排仪表盘改为大片弧形屏幕，车内座椅靠背较低，前排座椅后边有屏幕给后排乘客观看。有完整的车玻璃和内部结构，不要生成人。
Anonymous1768535067
buat seperti ini design nyaa
Anonymous1768384932
Anonymous1763690683
Anonymous1763885617
Highly detailed 1:10 scale autonomous model vehicle designed for the Bosch Future Mobility Challenge. The car features a low rectangular chassis with a compact aerodynamic car-case covering internal electronics. It includes a brushless DC motor with visible electronic speed controller (ESC) at the rear, a servo motor linked to front wheel steering, and an inertial measurement unit (IMU) mounted near the center for orientation feedback. A Raspberry Pi brain unit board is placed on top, connected via wiring to an STM32-based control unit board beneath it. A wide-angle Raspberry Pi camera is mounted on the front bumper, slightly elevated for lane detection. A small LiDAR or ultrasonic sensor array is also positioned in the front section. The vehicle includes a power distribution board in the middle, a visible lithium-polymer battery pack on the side, and neatly routed sensor wiring. The chassis rests on four rubber tires with realistic suspension geometry. Add realistic connectors, metal and carbon-fiber texture
Anonymous1762766140
“High-detail autonomous robotics vehicle prototype for Bosch Future Mobility Challenge. Four-wheel chassis with independent suspension, detailed rubber treads, exposed motor housings, visible wiring, front stereo cameras, center LiDAR turret, ultrasonic sensors, rear battery pack, and top-mounted Raspberry Pi brain module. Realistic metal and carbon fiber textures, bolts, and reflections. Industrial lab lighting, 1:10 scale.”
Anonymous1762766140
creat an autonomous
Anonymous1762248876
生成好看的agv小车，大小5M内
Anonymous1761037437
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