View Plans

Bionic 3D Models

Find the best Bionic 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.

You May Also Like :
cyberneticprostheticrobottechnologyfuturisticmechanicalmedicalsci fidevicedesign
bionic prosthetic arm 3d model: A sleek futuristic bionic prosthetic arm, full right arm, anatomically proportioned. Glossy matte-white armor shell panels covering the upper arm, forearm and hand, with exposed dark gunmetal-grey articulated joint mechanisms at the shoulder, elbow and wrist. Smooth flowing compound-curved surfaces with subtle muscle-like contours and clean panel seams between segments. Prominent circular dark pivot discs at the elbow and wrist. The hand has five fully articulated fingers, each with three segmented phalanges and visible knuckle joints, plus an opposable thumb; tendon-driven mechanical look with thin cables visible at the joints. Premium high-end cybernetic limb aesthetic, clean and seamless, like a flagship robotics prosthetic. Hard-surface modeling, subdivision -smooth shells, dark mechanical internals. Neutral studio lighting, plain background. Slightly bent elbow, fingers gently curled.
Bionic Prosthetic Arm 3D Model
bionic helmet 3d model: bionic helmet with orange face mask and white shell, headset and visor, detailed vents and straps
Bionic Helmet 3D Model
仿生四足机器人3d模型: 设计一个仿生足蹼式四足行走机器人，用于沼泽软泥地面。生成可3D打印的STL模型（同时附STEP源文件）。整体轮廓≤180×110×260 mm（长×宽×高）。模型需包含可活动的髋、膝关节，实现行走与转向。装配螺孔采用M3标准。 一、机体 矩形板，长120，宽80，厚12，四角R6。机体下表面离地约130。四角下方各设一组U形髋关节耳片（间距10，厚4），耳片有同轴水平轴孔φ5。 二、髋关节（一自由度，前后摆动） 大腿顶端设圆轴φ5×12，插入机体耳片轴孔，轴端有限位帽φ8。摆动范围±30°。 三、大腿 总长60。顶端圆柱轴带轴肩（φ10高4）。主体为变截面椭圆形杆（长轴20→12，短轴14→8），呈S形曲线。中部有一条贯穿减重槽（宽8，长25，圆角端）。大腿下端为叉形耳片（间距12，轴孔φ6），连接膝关节。 四、膝关节（一自由度） 小腿上端圆柱轴φ6×14，插入大腿下端耳片，摆动±45°，轴端半球限位帽φ9（或φ2.5销孔）。 五、小腿 总长55。上端圆柱轴及限位帽。主体为锥形八边形管（上φ10，下φ8），向内弓（弧R100），外侧有加强筋（高2，宽3，长40）。下端逐渐展宽至宽15，与足蹼融合。 六、足蹼（脚掌） 扇形铲状，外缘半径35，根部宽15，展角90°。厚度根部5，边缘2.5渐变。上表面3条放射状加强筋（高1.5，宽2）。下表面有浅凹槽网格（宽1，深0.5，间距5）。前缘上翘2mm防陷。与小腿一体，融合圆角R3。 七、装配与标准件 四条腿对称布置。髋、膝关节轴孔间隙0.2mm。所有需紧固的关节端设M3螺纹孔（深6）或φ3.2通孔，使用M3×8螺钉（标准件）。机体上表面设四个M3螺纹盲孔（深8）用于扩展。 八、输出要求 模型分解为：机体×1，大腿×4，小腿与足蹼一体×4。每个零件输出STL，并附一个装配好的STEP文件。材料PLA。 请生成符合上述描述的CAD模型（STEP+STL）。
仿生四足机器人3d模型 3D Model
cybernetic cat 3d model: make an image of a futuristic humanoid cat with armor and fur , the left leg is a bionetic leg and the other is real leg, its a calico cat, generate the fur
Cybernetic Cat 3D Model
humanoid skeleton 3d model: 3D printable articulated biped bionic skeleton with mechanical hinge or pivot joints enabling human-like rotation, at knees, hip joints, articulated spine, shoulders joints, elbow joints and articulated hands with articulated fingers. Articulated biped in straight symmetrical pose. BJD, doll, robot, robotic, humanoid, human, hybrid
Humanoid Skeleton 3D Model
voxel prosthetic arm 3d model: Right hand and forearm, first-person game viewmodel, chunky voxel style, low-poly, Integrit game aesthetic, natural survivalist scavenger, weathered leather glove on organic fingers, prosthetic mechanical forearm with visible joints and cable traces, one or two reinforced metal fingers, older repaired bionic tech not sleek sci-fi, earth tones and sun-faded browns, subtle faint cyan emissive lines on bionic parts only, open relaxed grip pose ready to hold a tool or block, partial forearm cut at elbow, friendly stylized shapes not realistic, clean readable silhouette, summer afternoon lighting, GLB
Voxel Prosthetic Arm 3D Model
仿生机器人脚3d模型: 仿生人形机器人硬表面脚模型，脚趾合并
仿生机器人脚3d模型 3D Model
robotic torso 3d model: bionic chest piece with circuitry, blue core, and exposed wiring
Robotic Torso 3D Model
bionic hand 3d model: Hyper-realistic bionic human hand exoskeleton, intricate mechanical joints, exposed gold wiring and miniature black hydraulic pistons, carbon fiber shell, transparent glass panels showing internal clockwork mechanisms, polished chrome finish, 8k resolution, technical artist showcase.
Bionic Hand 3D Model
prosthetic arm 3d model: A high-resolution 3D technical render of a functional bionic prosthetic arm on a clean lab workbench. The design features a translucent forearm casing revealing internal gears, miniature linear actuators, and silver wire tendon systems for finger movement. The hand features a multi-grip mechanical design with rubberized fingertips. Integrated myoelectric sensor contact points are visible at the socket interface. Materials include brushed aluminum, carbon fiber, and 3D-printed lattice structures. Cinematic lighting, photorealistic textures, 8k, macro shot of the elbow joint and wrist spherical rotation mechanism, industrial design aesthetic.
Prosthetic Arm 3D Model
bionic arm prosthetic 3d model: bionic prosthetic arm with ribbed metallic plating and blue accent
Bionic Arm Prosthetic 3D Model
quadruped robot 3d model: A hyper-realistic 3D printable exoskeleton and outer shell for a bionic quadruped robot dog (matching the Unitree/AGIBOT frame). The shell must feature bionic plating made of matte concrete-grey polymer and silver-grey metallic joints. A main focus must be the specific multi-sensor camera head unit and the LiDAR/sensor turret on the upper back (exactly as seen in image_5.png). Key branding 'Unitree' is sharply rendered on the side body panel in a subtle white font. A small '02' is rendered on the shoulder joint cover. All leg joints feature detailed metallic articulation points and silver-grey curved leg segments ending in black textured rubber feet-pads. High geometric complexity, cinematic industrial design, precise fitment for the underlying mechanical chassis, 8k textures, photorealistic render.
Quadruped Robot 3D Model
flying wing 3d model: Manta-X bionic flying wing blueprint with multiple orthographic views (front, top, bottom, side) showing technical labeling and components in blue tones.
Flying Wing 3D Model
robotic camel 3d model: mechanical camel-like robot with gun turret, bionic limbs, cylindrical torso, gray and black metallic surfaces, pencil sketch concept art
Robotic Camel 3D Model
仿生眼 3d 模型: "Generate an ultra-realistic 4K 3D model of a next-gen bionic eye with neuromorphic vision processing. Feature a graphene-based 3D retinal array (10M+ nanowires) capturing 120° FOV at 4K/60fps, integrated with an event-driven CMOS camera and ARM Cortex-M7 processor for spike-timing-dependent plasticity (STDP) learning. Include 256-channel flexible microelectrode array with iridium oxide tips for high-fidelity optic nerve stimulation (2.4GHz wireless telemetry), piezoelectric power harvesting, AI edge tensor cores for real-time SLAM/OCR, adaptive iris diaphragm, servo-actuated 6-DOF eye tracking, and bio-mimetic silicone sclera with vascular microfluidics. Apply PBR materials, subsurface scattering, volumetric god rays, and animated neural firings. Include exploded assembly, cross-sections, and AR viewport."
仿生眼 3d 模型 3D Model
仿生机器人手3d模型: 一个仿生机器人机械手的 3D 模型，整体为黑色柔性材质，采用轻量化晶格拓扑结构设计： 手指部分：5 根仿生手指（拇指 + 4 根长指），指节区域为镂空的菱形 / 三角形蜂窝状网格结构，网格呈对称分布，贯穿手指主体，实现高柔性与轻量化；指尖为实心封闭结构，预留微小圆形安装孔位。 手掌部分：手掌基底为实心加厚结构，表面平整，分布多个圆形通孔，用于安装驱动线缆、传感器或固定结构；拇指根部与手掌平滑过渡，符合人手生理结构。 材质与质感：整体为哑光黑色柔性硅胶 / 弹性聚合物材质，表面有轻微光泽，网格结构壁厚均匀，力学结构合理，可实现手指弯曲仿生运动。 视角与细节：手掌正面视角，结构清晰，网格拓扑完整，无破面，适合 3D 打印与机器人驱动集成。
仿生机器人手3d模型 3D Model
humanoid robot 3d model: Design a construction worker exoskeleton shell for a compact bipedal humanoid robot with the following base form: it stands 1.3 meters (4'3") tall, has a slender human-like torso, two articulated arms with five-fingered hands, two legs with a distinctive bionic ankle joint, a rounded head with a flat front face panel, and a generally smooth flexible outer body. The shell should cover this base form with heavy-duty construction site armor: a bright safety-yellow and charcoal grey color scheme, reinforced chest plate with a tool-mount rail across the front, chunky angular shoulder guards styled like padded safety epaulettes, thick forearm guards with ventilation slots, reinforced knee pads with rubber bump protection, and a helmet-style hard hat integrated into the head unit with a flip-down transparent visor. Add subtle details like a reflective hi-vis stripe across the chest, a small AgiBot logo plate on the left chest, and scuff marks or texture on the shins and forearms to suggest field use. The overall aes
Humanoid Robot 3D Model
светящийся биомеханический корень 3d модель: светящийся биомеханический корень с извивающимися щупальцами, пульсирующий неоновыми венами и парящими кристаллами вокруг спины Сделай популярный предмет на спину для роблокса то есть в виде brainroot или как там
Светящийся Биомеханический Корень 3d Модель 3D Model