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Anonymous1762181410
03-12 15:57
Model Name
quadrotor drone 3d model
Tags
vehicle
rendering
realistic
Prompt
Ultra-realistic engineering prototype of a quadcopter drone with a pick-and-place gripper system, designed as a final year robotics student project. The drone frame is about 35 cm wide, made of black carbon fiber arms in an X configuration. Each arm has a brushless motor and propeller, connected to ESCs, clearly visible wiring, and a central frame plate. In the center of the drone, show a flight controller board (similar to SpeedyBee flight controller) mounted on vibration dampers, with organized wiring going to the ESCs and receiver. On the top plate, mount a LiPo battery secured with a Velcro strap. Under the drone frame, mount a small robotic gripper system: • a metal gear servo motor (MG996R type) fixed to a 3D-printed bracket • a two-finger mechanical gripper claw attached to the servo • the gripper is slightly open as if ready to pick an object Also show a small LM2596 buck converter module connected to the battery to power the servo. Include visible wires running from the flight controller/receiver to the servo. The drone is shown on a clean lab table, like a college robotics lab prototype, with tools and electronic components around. The build should look realistic, slightly DIY, student-built but functional, with exposed wiring, zip ties, and small mounting plates. Style: photorealistic product prototype, engineering showcase, highly detailed components, realistic lighting, 4K quality, clear view of the gripper mechanism under the drone.
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