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Anonymous1770655447
02-09 17:15
Model Name
quadcopter drone 3d model
Tags
quadcopter drone
quadrotor
realistic
rendering
rendering realistic
vehicle
vehicle realistic
vehicle rendering
vehicle rendering realistic
Input
Prompt
Create a highly detailed, photorealistic quadcopter drone based on a professional DIY FPV and research platform. Use a carbon-fiber X-frame with visible layered weave, chamfered edges, metal screws, and realistic thickness. Each arm carries a brushless outrunner motor with visible copper windings and a three-blade propeller with correct aerodynamic curvature. Mount four ESCs on the arms, partially heat-shrunk, showing capacitors, solder pads, and motor phase wires. At the center, add a power distribution board with exposed copper traces and thick red and black silicone power wires routed cleanly to each ESC. Mount a Pixhawk flight controller on vibration-damping pads, showing ports, pin headers, and labeled connectors. Add a Raspberry Pi Zero mounted on standoffs near the Pixhawk, with accurate slim PCB shape, micro-USB ports, mini-HDMI, GPIO header pins, SoC chip, and realistic USB/UART/GPIO connections to the flight controller and sensors. Include a GPS module on a tall mast with a circular ceramic antenna, plus a GSM module with antenna. Add altitude and temperature sensors with thin signal wiring. Place a forward-facing FPV camera at the front and a strapped LiPo battery underneath with XT60 connector. Use red power lines, blue data lines, and yellow control signals. Style: realistic engineering visualization with correct scale, materials, and subtle wear.
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Anonymous1770655447
Anonymous1770655447