3 modelos etiquetados

#gearbox housings

Descubre modelos 3D etiquetados como gearbox housings y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Open all filters →

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

Explorer MK1 RC Chassis Wheel and Mechanical Geometry - Fifty-Three STL Files

A fifty-three-file Explorer MK1 RC chassis and mechanical geometry collection. All original STL files were visually reviewed in five geometry contact sheets. Three main frame sections are accompanied by front, middle and rear frame details, front bumper, body mounts, steering rails and bar, connecting rods, knuckles and their mounts, control-arm forms, gearbox and differential-box sections, a motor mount, battery mount and servo-mount geometry. A pair of substantial helical gear shapes is supplied as grouped and separate source files. Their engagement and working drivetrain performance have not been tested. Four grouped wheel/rim options are included: two source-labeled rim sets for rubber tires, a rim set for TPU tires and a separate four-ring TPU tire set. The reviewed tire rings include molded surface detail. Several grouped part sets repeat or overlap the individually supplied spare-part geometries, and a source-labeled stronger-parts group supplies alternatives. Do not print every group and every spare as though they form one verified bill of materials. Shock mounts carry source labels for 58 mm, 64 mm and 70 mm hardware. Those names are retained as source variant identifiers, not independently verified fit guarantees. The folder states 1:10; actual scale, wheelbase, tire interfaces, bearing sizes, clearances, print quantities and donor-hardware compatibility require independent checks. All fifty-three original STL files are preserved unchanged and renamed in English with a map back to the source names. No exterior body shell, real shocks or springs, motor, servo, controller, receiver, battery, wiring, ball bearings or metal fasteners are supplied. The reference photograph shows purchased hardware and electrical equipment; that equipment is not established by the STL collection. Inspect thin sections, grouped layouts and mating surfaces before printing. MESHOPIA has not physically printed, assembled or driven this model. No tested print settings, specified material performance or assembly instructions are claimed. The new cover is a locally generated ComfyUI illustration of a low navy chassis arrangement with four wheels and a new workshop setting. The raised cab, seats and complete coil shocks added by an earlier candidate were removed before approval. Chassis outlines, tire surface appearance and inferred component positions are illustrative, not an exact rendering of the supplied grouped meshes or verified mechanical fit. Background tools and incidental workshop accessories are not supplied. Electrical equipment, real shocks and metal hardware are not included in the downloadable collection.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

RC-Style Bulldozer Body Tracks Blade and Ripper Geometry - Sixty-Four STL Files

A sixty-four-file miniature RC-style bulldozer, front blade and rear ripper geometry collection. All original STL files were visually reviewed in six contact sheets. The body group includes an open cab frame, separate roof cover, seat, main body base, engine cover, perforated grille and decorative air intake. The front attachment group provides a broad curved blade, support frame, cross-member, blade pivots and bushings, drive shaft, eccentric discs, gear shapes and modeled cylinder upper/lower forms. These cylinder meshes are printable forms, not supplied metal hydraulic cylinders. Two original grouped layouts contain many individual track-link shapes arranged for printing. Two other files source-labeled driven tracks v2 actually contain grouped sprocket/gear pairs. The track chassis, angle gearbox housings and covers, separately labeled drive gears and servo clips are included. Source labels such as 21t m1 and 16t m08 remain identifiers; actual tooth count, module, engagement and motor/servo compatibility are not independently validated. Source names containing STEP were exported as STL here; no original STEP CAD file is included in this collection. The rear ripper group includes front and rear pivot carriers, a carrier with three rectangular insert positions, three tooth-like inserts, grouped links, separate links, stepped pivot pins and several C-shaped retaining clips. Source files named Assembly contain grouped hexagonal rings, not a complete assembled bulldozer. Small repeated meshes and grouped layouts are all preserved. Sixty-four files is not a verified bill of materials or printing quantity. All sixty-four original STL files remain unchanged and are renamed in English with a source-name map. Actual scale, track articulation, pin clearances, blade and ripper travel, gearing, assembly sequence and print settings remain unverified. No real motors, servos, hydraulic equipment, controller, receiver, battery, wiring, bearings or metal hardware are supplied. MESHOPIA has not physically printed, assembled or driven this model. No digging capacity, lifting performance, tested motion or manufacturer affiliation is claimed. The new locally generated ComfyUI cover uses the original assembled reference with navy and ivory body finishes, a copper-colored plastic blade and a neutral workshop background. The first candidate with bucket teeth and an invented metal pipe was rejected. The selected image shows the continuous front-blade edge, open cab, printed track loops and three rear ripper teeth. Painted and reflective finishes, track placement, joints and inferred internal appearances remain illustrative rather than verified assembly or working hydraulics.

Technology: Sin probar
material: —
Difficulty: Sin especificar