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Anonymous1772630978
03-04 13:51
Model Name
educational robot 3d model
Tags
educational robot
machine
machine modern
machine rendering
machine rendering modern
modern
rendering
rendering modern
Prompt
Design a highly detailed 3D educational robot model. Overall height: 100 cm Purpose: School assistant robot. Style: Friendly, teacher-like, modern industrial design. Color scheme: soft white + light gray + subtle blue accents. HEAD DESIGN (Tablet integrated into head) The robot must have a solid circular head structure. The 10-inch tablet must be embedded and flush inside the front surface of the head, as if it is the robot’s face. The tablet must not look mounted externally — it should be integrated into the head housing. The head body acts as the structural support and rotates 360 degrees on the neck joint. The tablet screen area remains visible. The tablet frame must include: 360-degree screen rotation mechanism (portrait/landscape switch). Adjustable tilt system (0–90 degrees). The camera must be integrated inside the upper bezel area of the tablet (like a built-in smart display camera). Small pivot joint for vertical movement. Moves as part of the tablet/head assembly. On the right side of the tablet area (integrated into the head surface): Physical biometric module including: Fingerprint pad SpO2 sensor window Blood pressure touch area Must be modeled as a real hardware component. TORSO – LARGE BOOK STORAGE Large vertical storage area in front torso. Must fit long A4 books upright (minimum internal height 35 cm). Deep enough for thick textbooks. Divided into two large vertical sections. Each section has an outward-opening strong door. Interior practical and realistic. Right and left torso sides completely flat and clean. BACK SECTION One large rear service door. Internal layout for: Arduino mounting plate Battery compartment Cable routing channels Ventilation slots BASE Fully circular disk-shaped base. Compact but stable. Designed for wheel installation underneath. Smooth outer surface. DETAILS Rounded safe edges (school environment). Visible hinges and screws. Realistic mechanical joints. 3D-print ready. Neutral studio render. النقطة المهمة هنا: لو التابلت مدمج جوه الرأس بالكامل، لازم نحدد سمك الرأس عشان تستوعب: التابلت الميكانيزم بتاع الدوران الكاميرا المتحركة لو حابب نخليه قابل للتنفيذ فعليًا، الخطوة الجاية إننا نحدد سمك الرأس وقطرها بالمليمتر. و وحدت التخزين تكون مصطحه و شيل الاردوينو الي انتا حطه ده استخدم النسخة النهائية المعدلة دي داخل Tripo AI — تم حذف الأردوينو وخليت وحدة التخزين مسطّحة: Prompt: Design a highly detailed 3D educational robot model. Overall height: 100 cm Purpose: School assistant robot. Style: Friendly, teacher-like, modern industrial design. Color scheme: soft white + light gray + subtle blue accents. HEAD (Tablet Integrated) Solid circular rotating head structure. 10-inch tablet embedded flush into the front surface of the head (acts as the robot’s face). Tablet must look fully integrated, not externally mounted. Head rotates 360 degrees on neck joint. Tablet screen can rotate between portrait and landscape (360-degree internal rotation). Adjustable tilt mechanism (0–90 degrees). Camera integrated into upper bezel of tablet. Small pivot mechanism. Moves as part of tablet/head assembly. On the right side of tablet area (integrated into head surface): Physical biometric module: Fingerprint scanner SpO2 sensor window Blood pressure touch area TORSO – FLAT LARGE STORAGE Front torso must contain a large flat vertical storage compartment. Storage designed to hold long A4 books upright (minimum internal height 35 cm). Deep enough for thick textbooks. Storage divided into two large vertical sections. Each section has a strong outward-opening flat door. Exterior surface must be clean and flat (no curves, no protrusions). Right and left sides of torso completely flat and smooth. No side modules. BACK SECTION Single large rear access door. Interior must be empty structural space only. No Arduino, no electronics mounted. Just clean internal cavity with structural supports. BASE Fully circular flat disk-shaped base. Compact but stable. Designed to allow wheel installation underneath. Smooth outer surface. DETAILS Rounded safe edges (school environment). Visible hinges and panel lines. Realistic mechanical joints. 3D-print ready structure. Neutral studio render background.
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Anonymous1772630978
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