3D Workspace
Home
Assets
Affiliate Program
Sign up/Log in
?
Upgrade
DCC Bridge
Anonymous1771407104
02-18 09:51
Model Name
futuristic robot 3d model
Tags
arm segments
futuristic robot
machine
machine realistic
machine rendering
machine rendering realistic
realistic
rendering
rendering realistic
Prompt
A premium futuristic modular intelligent harvesting robot for vertical farming, designed with minimalist aesthetics, clean surfaces, and precise mechanical detailing. Inspired by high-end medical devices and autonomous vehicles. Overall dimensions: 1200mm length, 800mm width, 1500mm height. The robot has a clear vertical hierarchy: heaviest base at bottom, lighter elements ascending. Mobile base: Low-profile black aluminum chassis, 800×600×300mm. Four exposed Mecanum wheels (150mm diameter) with silver rollers. Subtle blue LED strips along base edges. Scissor lift mechanism: Double-scissor design in matte gunmetal gray with visible linear actuators. Collapses compactly, extends to reveal industrial-chic structure. Robotic arm: Sleek 4-axis articulated arm with white matte covers and gray joints. Folds into compact stowed position. Arm segments have modern oval cross-sections. Quick-change interface: ISO 9409-1 compliant flange at arm end, polished aluminum with visible locking mechanism and electrical connectors. Three interchangeable end effectors, all sharing the same ISO interface and unified design language: 1. C1 (upright/bunching): White housing, two gray compliant fingers, visible miniature shear blades. 2. C2 (rosette/ground-hugging): Low-profile white housing, soft silicone bellows (vacuum), rotating cutter with skid plate. 3. C3 (compact/heading): Robust white housing, encircling gripper with soft lining, bottom support tray. Materials: Brushed aluminum, matte white polycarbonate, soft-touch silicone, polished stainless steel. Matte finish dominates, with brushed and glossy accents. The robot is shown in a minimal, brightly lit vertical farm setting with neutral gray background.
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!