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Anonymous1770922863
02-14 20:06
Model Name
wooden warehouse robot 3d model
Tags
machine
machine realistic
machine rendering
machine rendering realistic
realistic
rendering
rendering realistic
warehouse robot
Prompt
Design only the robot. No shelves, no racks, no warehouse furniture. This is a compact wooden autonomous warehouse robot. CHASSIS: - Rectangular plywood body. - Size about 40 cm long, 30 cm wide, 20 cm tall. - Flat top surface. - No shelves or storage racks attached to the robot. - Clean, compact body. WHEELS: - Exactly four mecanum wheels. - One on each corner. - Wheels must clearly show angled rollers. - No standard wheels. - No tank tracks. ROBOTIC ARMS: - Two robotic arms mounted directly on the left and right sides of the chassis. - Arms must be attached flush against the side panels. - Arms must fold flat against the robot when not in use. - Arms deploy outward from the sides. - Each arm has exactly 3 joints. END EFFECTOR: - Each arm ends in a single circular suction cup. - Rubber-like suction cup. - No claws. - No fingers. - No grippers. VERTICAL LIFT SYSTEM: - Four telescopic vertical columns at the corners. - Integrated into the robot structure. - Allows the robot body to rise upward. - No external shelves or racks. SENSORS: - Two round ultrasonic sensors on the front. - Line sensors underneath. STYLE: - Realistic engineering prototype. - Wooden panels with metal brackets. - No futuristic design. - Neutral studio background. Do NOT include shelves, warehouse racks, or environment. This is a small wooden autonomous warehouse robot prototype. STRUCTURE: - Rectangular chassis made from plywood panels. - Dimensions approximately 40 cm long, 30 cm wide, 20 cm tall. - Flat top surface. - Visible screws and metal brackets. - Industrial mechanical prototype style. - No futuristic elements. WHEELS: - Exactly four mecanum wheels. - One wheel on each corner. - Wheels must clearly show angled rollers typical of mecanum wheels. - No standard wheels. - No tank tracks. - No legs. ROBOTIC ARMS: - Two robotic arms attached directly to the left and right sides of the chassis. - Arms must be mounted flush against the sides when folded. - Arms must fold and unfold outward from the sides. - Each arm has exactly 3 joints (base rotation, elbow, wrist). - Arms must look mechanically realistic. END EFFECTOR: - Each arm ends in a circular suction cup. - The suction cup must be clearly visible and rubber-like. - No claw. - No gripper. - No fingers. - Only suction cup vacuum end effector. VERTICAL SYSTEM: - Telescopic lifting mechanism integrated into the robot body. - Four vertical sliding columns at the corners. - Allows the robot to raise its body upward to reach higher levels. - No external warehouse structure. SENSORS: - Two round ultrasonic sensors on the front. - Line sensors underneath front edge. STYLE: - Realistic engineering prototype. - Built for real construction. - Wooden structure with mechanical components visible. - Clean background. - No environment. - No shelves. - No humans. - Focus only on the robot. The robot must have: STRUCTURE: - Rectangular chassis made of plywood or light wood panels. - Dimensions: approximately 40 cm long, 30 cm wide, 20 cm tall. - Visible screws, brackets, and structural joints. - Industrial prototype style, not futuristic. WHEELS: - Four mecanum or omni-directional wheels. - One wheel on each corner. - Wheels large enough for stability. - Mounted with visible motor brackets. VERTICAL EXTENSION SYSTEM: - Telescopic vertical extension system. - Allows the robot body to rise to reach higher shelves. - Mechanical sliding columns on each corner. - Designed to lift the robot up to 2–3 shelf levels. ROBOTIC ARMS: - Two folding robotic arms, one on each side of the robot. - Arms stored along the sides when not in use. - Each arm has 3 joints (3 degrees of freedom). - Joints: base rotation, elbow, and wrist. - At the end of each arm: a suction cup gripper. - Arms capable of reaching forward, sideways, and slightly upward. SENSORS: - Front-mounted ultrasonic sensor (two circular “eyes”). - Optional small LiDAR sensor on the top front. - Line sensors mounted underneath the front of the chassis. ELECTRONICS COMPARTMENT: - Internal space for: - ESP32 board - Battery pack - Motor drivers - Accessible top cover or removable panel. STYLE: - Realistic engineering prototype. - Built from wood and metal brackets. - No humanoid features. - No sci-fi or futuristic styling. - Functional, practical, modular design. - Designed for a school robotics expo project.
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Anonymous1770922863
Anonymous1770922863