2 modelos etiquetados

#CV joint geometry

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RC & MecánicaGratis

Sleipnir RC Chassis Suspension and Drivetrain Geometry - Thirty-Eight STL Files

A thirty-eight-file Sleipnir RC chassis, suspension and drivetrain geometry collection. Every original STL was visually inspected. The structural group contains a middle chassis bed, a front/rear chassis-bed section, four control-arm mounting variants, front and rear shock towers, front and rear bumper geometry, an ESC mount base and lid, a servo mount, motor adapter, battery-cover strip, and gearbox and differential-gearbox bases with separate lids. The suspension and steering group includes left/right front and rear control arms, a knuckle and its mount, a rear bearing hub, left/right steering arms and a steering link. The drivetrain group includes source-labeled 39-tooth main and 19-tooth pinion gear shapes, a differential pinion adapter, center and wheel torque-damper forms, wheel and differential CV housings, a CV inner-race shape and a separate cage. Gear tooth counts, torque damping and constant-velocity performance have not been independently measured or tested. All thirty-eight original STL files are preserved unchanged and renamed in English. Required copies, mirrored placement, pin and bearing sizes, gear clearances and CV-joint fit are not a verified bill of materials. No wheel or tire mesh was found in the reviewed set, even though the supplied CAD-style photograph depicts wheels. The files also do not include an exterior vehicle shell, real shocks/springs, motors, servos, ESC, batteries, wiring, ball bearings or metal hardware. The new cover renders selected original meshes in Blender as an inferred static chassis arrangement with empty wheel positions and two original gear meshes placed beside it. No wheels, tires, electrical equipment, real shocks or metal hardware are added. Blue and ivory presentation finishes are composited over a locally generated ComfyUI workshop background. Repeated chassis-bed and carrier placements, component orientations and overlaps are illustrative assumptions, not verified mechanical joints, assembly instructions or driving performance. Actual scale, wheelbase, motor compatibility, suspension travel, material requirements, print settings and tested assembly instructions have not been independently verified. MESHOPIA has not physically printed, assembled or driven this collection.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

Angular Pickup-Style RC Body and Mechanical Geometry - Forty STEP STL and OBJ Files

A forty-file angular pickup-style RC body and mechanical geometry collection: one original STEP assembly, thirty-eight original STL meshes and one original OBJ sign with raised TRUCK lettering. All STL parts were visually reviewed in four geometry contact sheets, and the STEP was tessellated for inspection while preserving its original file. The STEP contains 131 solids and depicts an assembled truck with four wheels; the separate STL collection does not supply individual wheel or tire files. Geometry in the STEP may overlap the separate printable components and is not forty independent required parts. The individual meshes include front and rear exterior body sections, a solid windshield panel, a middle-body tray, axle and wheel-spacer forms, CV-joint cage and inner race, gear-side and wheel-side CV housings, front/rear gear and steering housings, front/rear plates, suspension/body mounts, upper and lower control arms, steering arms including mirrored variants, steering bar and knuckles, a large gear, gear spacer, motor-drive gear, motor mount and motor-housing alternatives. The rear light strip is a solid frame-shaped mesh, not an electrical light. The OBJ sign references an MTL file that is not present in the supplied archive; its geometry is preserved without promising its original materials. All forty originals are preserved unchanged and renamed in English. The source calls this Not-A-Cybertruck AMS Edition and labels the folder 1:10, but actual scale, AMS color assignments, motor sizes, bearing and CV-joint interfaces, printing quantities and hardware fit have not been independently verified. Source filenames describe intended roles, not certified operating assemblies. The STEP wheel forms do not provide real tires or confirm a printable tire material. Real motors, servos, battery, controller, receiver, wiring, lights, bearings, CV-joint balls, shocks/springs and metal fasteners are not supplied as working hardware. Any hardware-like solids in the STEP are reference geometry. No manufacturer affiliation, tested four-wheel-drive or steering performance, speed, material choice, print settings or validated assembly instructions are claimed. MESHOPIA has not physically printed, assembled or driven this collection. The new cover renders the original STEP assembly geometry in Blender with changed presentation finish and a locally generated ComfyUI workshop background. It illustrates the source assembly arrangement rather than a verified physical build; no separate wheel STL or working hardware is implied.

Technology: Sin probar
material: —
Difficulty: Sin especificar