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marcowink2008
12-04 17:59
Model Name
robotic rover 3d model
Tags
machine
machine realistic
machine rendering
machine rendering realistic
realistic
rendering
rendering realistic
robotic rover
Input
Prompt
**“Create a highly detailed 3D model of an autonomous beach-cleaning robot named EcoRanger. The robot has a compact rectangular body with fully rounded edges, built in matte recycled ABS plastic, with a sustainable and friendly design. The color palette must strictly follow: dark green #365a3f (main body), light green #749e7f (details), aqua blue #5c8a81 (tech panels and LEDs), dark brown #5b3f26 (lower protection), medium brown #7a5c3e (mechanical covers), light beige #ddc8a7 (arm joints). The robot travels on two wide rubber tracks adapted for sand, with deep anti-slip grooves and internal metallic rollers. On the front, place a slightly angled panel (about 45°) containing: – A central camera module (similar to OV2640), with a black circular lens and a smooth aqua-blue frame. – Two ultrasonic sensors resembling HC-SR04 on each side (double round “eyes”). – One infrared proximity sensor below the camera. – Thin LED strips in light green. Below the front panel, add a robotic collection arm composed of 2–3 articulated segments with servo motors (MG996R style), protected with beige covers. The claw has two curved gripping fingers and a small embedded force sensor. On the top surface, install a large photovoltaic solar panel covering 70% of the area, slightly elevated, divided into small rectangular solar cells with a dark glass texture and a dark-green border. At the front of the top surface, add a narrow techno LED bar in aqua-blue displaying small icons like battery, connectivity, and collection status. Add small ventilation slits towards the back. On both sides, add subtle horizontal stripes in aqua-blue, the EcoRanger logo in light green, and embedded discrete IR sensors. The lower side edges include dark-brown sand protection strips. On the back, include a large removable waste-collection compartment made of reinforced PET-like semitransparent plastic, with a visible internal volume indicator and a three-color LED status bar (green-yellow-red). Add a charging port flap and vertical ventilation grilles. Bottom side: reinforced ABS plate with drainage holes and partially visible track gears. The robot must appear eco-friendly, sturdy, modern, with soft curves and no aggressive shapes. Realistic lighting, PBR textures, studio 3D render, hard-surface modeling, high detail, 8K resolution.”**
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