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Microcontroller 3D Models

Find the best Microcontroller 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1775667486
"A realistic 3D smart floor system with piezoelectric sensors, including a cutaway section showing internal components such as sensors, wiring, energy storage and microcontroller, labeled parts, educational style, clean design, arrows and annotations, high detail, technical visualization"
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High-resolution, photorealistic top-down isometric engineering render of an Automated Manifold Fluidic (AMFL) robot prototype. The scene focuses on the central rectangular structure plate. This matte white structural plate features two precisely integrated component mounting slots: a precise rectangular nested slot designed specifically to house a standard Arduino Uno microcontroller with all pin-out holes clearly defined, and a separate nested rectangular slot for a compact battery power source. Seated at the very center of this plate is a highly transparent, clear glass manifold tower with a hollow, polished internal volume. Supporting the plate from all four corners are four dark-grey, robust, multi-articulating spider-bot legs, angled for maximum stability on a clean, light-reflective studio floor. Soft ambient lighting from the top-left creates sharp, defined shadows. Minimalist background, professional technical aesthetic, extremely sharp details on all port cutouts and textures.
Anonymous1775410689
High-resolution, photorealistic top-down isometric engineering render of an Automated Manifold Fluidic (AMFL) robot prototype. The scene focuses on the central rectangular structure plate. This matte white structural plate features two precisely integrated component mounting slots: a precise rectangular nested slot designed specifically to house a standard Arduino Uno microcontroller with all pin-out holes clearly defined, and a separate nested rectangular slot for a compact battery power source. Seated at the very center of this plate is a highly transparent, clear glass manifold tower with a hollow, polished internal volume. Supporting the plate from all four corners are four dark-grey, robust, multi-articulating spider-bot legs, angled for maximum stability on a clean, light-reflective studio floor. Soft ambient lighting from the top-left creates sharp, defined shadows. Minimalist background, professional technical aesthetic, extremely sharp details on all port cutouts and textures.
Anonymous1775410689
High-resolution, photorealistic top-down isometric engineering render of an Automated Manifold Fluidic (AMFL) robot prototype. The scene focuses on the central rectangular structure plate. This matte white structural plate features two precisely integrated component mounting slots: a precise rectangular nested slot designed specifically to house a standard Arduino Uno microcontroller with all pin-out holes clearly defined, and a separate nested rectangular slot for a compact battery power source. Seated at the very center of this plate is a highly transparent, clear glass manifold tower with a hollow, polished internal volume. Supporting the plate from all four corners are four dark-grey, robust, multi-articulating spider-bot legs, angled for maximum stability on a clean, light-reflective studio floor. Soft ambient lighting from the top-left creates sharp, defined shadows. Minimalist background, professional technical aesthetic, extremely sharp details on all port cutouts and textures.
Anonymous1775410689
Anonymous1775395902
A 20cm by 20cm chasis of an advanced line follower robot. I want it to become only a one piece (for the components only, not the sensors). So here is the thing, the design features two n20 motors at both sides, and the microcontroller at the middle, its more like a rectangle(for the motors) with a triangle beside it(for the microcontroller). i wan tit to become as lightweight as possible,
Anonymous1775393371
A high-resolution, detailed photograph of a modular, 3D printed robotic human finger assembly, approximately 10cm tall. The assembly is built from matte white, durable PLA plastic and composed of three main interconnected segments (representing phalanges: proximal, middle, distal), plus a large integrated base segment. Connecting the segments are flexible, slightly coiled plastic springs that serve as artificial tendons, allowing the joints to flex. The three main finger segments (distal, middle, proximal) feature distinct, circular and square molded-in recesses designed specifically to hold tactile or force sensors (sensors themselves are not shown, just the hollows). The large base segment features a precisely defined rectangular cavity where a Seeed Studio XIAO microcontroller board is seated, showing the edge of the board and its gold contacts. Directly adjacent to the microcontroller cavity on the side of the base is a small, rectangular hole labeled "CHARGING PORT" with a standard USB-C female port. The
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RAYAN
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