2 modelos etiquetados

#drive wheel

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RC & MecánicaGratis

Micro Servo Robot Chassis and Wheels for a Two-SG90 RC Project - Four STL Files

An open rectangular robot-car chassis with ribbed interior sections, two mounting openings and small axle holes, supplied with two drive-wheel variants and a smaller rear-wheel design with an integral shaft. The larger drive wheels have four rounded openings, a central bore and repeated angled fins around the circumference. The rear wheel has four openings and a long stepped shaft. The source project is labeled for two SG90 micro servos. Four unchanged STL files are included with English names: the chassis, standard drive wheel, TPU-labeled drive-wheel variant and rear wheel with shaft. The two drive-wheel meshes have matching overall extents, but their distinct original files are preserved. TPU is a source filename label, not a tested material recommendation or supplied print profile. No tested SG90 fit or servo-modification instructions were included. The cover uses the actual chassis and wheel geometry in a visual assembly. One drive-wheel design and one rear-wheel design are repeated and mirrored across the chassis center, matching the source wheel positions. The chassis is slightly inclined to bring the two wheel sizes to the same ground plane. The alternative TPU-labeled wheel appears beside the assembly. Blue, sand and graphite finishes, a changed angle and a new workshop background replace the source presentation. This arrangement is illustrative and is not a verified mechanical assembly. Servos, servo horns, controller, receiver, battery, wiring, fasteners and any separate electronic components shown in the source photo are not supplied. Check shaft retention, wheel mounting, servo opening dimensions, underside clearance and electronics space before fabrication. MESHOPIA has not tested printing, assembly, load capacity, drive control or operation. The cover renders the actual geometry and shadows in Blender and composites them over a workshop background generated locally in ComfyUI.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

RC Tracked Platform Parts and Assembled Reference - Twelve STL Files

A twelve-file RC tracked-platform geometry collection, supplied in a folder labeled RC Speed Tank. The source meshes were inspected in Blender. They include side plates and a mirrored counterpart, a base plate, a toothed drive-wheel shape, running and tensioning rollers, a track-link shape with hinge openings, a front bumper, a rear cover, and two reinforcement variants. No turret or gun geometry was identified. One larger STL named Panzer in the original pack shows a combined assembly-style reference: a low open platform with multiple roller shapes, side plates, reinforcing members and central motor- and battery-like modeled forms. This combined file is retained alongside the individual part files. It should not be assumed to be a single ready-to-print working vehicle. Modeled equipment shapes do not supply real motors, batteries, electronics, bearings or fasteners. The download includes all twelve original STL files unchanged and renamed in English. The individual track-link file is supplied, but a completed working track loop, verified link quantity, pin specification and assembly instructions are not provided separately. Inspect which portions of the combined reference duplicate the individual components before preparing your prints. The new cover renders the actual combined reference STL with a deep-teal presentation finish and a different camera view, placed on a locally generated ComfyUI workshop background. It shows the combined source geometry without adding a turret, weapon or completed track loops. The color is illustrative; it does not specify printing material. Assembly placement derives from the combined source file and has not been validated mechanically. No vehicle scale, operating speed, motor compatibility, gearing performance, electronics specification, printing settings or hardware list has been verified. MESHOPIA has not physically printed, assembled or run this platform.

Technology: Sin probar
material: —
Difficulty: Sin especificar