Meshopia · EnglishEnglish
MESHOPIAScale modelling & RC

4 modelos etiquetados

#suspension arms

Descubre modelos 3D etiquetados como suspension arms y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Open all filters →
Vista de Six-Wheel Moon Rover Chassis, Rocker Arms and Paddle Wheel - Ten STL Files and 3MF

Six-Wheel Moon Rover Chassis, Rocker Arms and Paddle Wheel - Ten STL Files and 3MF

Printable mechanical components from an RC Moon Rover source project. The supplied geometry includes two short bogie arms, two longer rocker arms, a narrow chassis link, a perforated upper platform, a lower platform with mounting features, two small connecting links and one wheel design with six broad spokes and chunky paddle-like tread blocks. The mirrored and standard arm files remain separate. The download contains ten unchanged original STL files and one unchanged original 3MF project, all renamed in English. One wheel mesh is supplied; repeat quantities must be determined for your build. The 3MF preserves its original project layout and does not constitute a validated assembly guide. No scale or universal hardware compatibility is established. The new cover presents an illustrative six-wheel arrangement constructed from the actual STL geometry. The wheel design is repeated six times and the rocker and bogie arms are positioned using their visible pivot and mounting features. The two body platforms are arranged above the wheel assemblies; the narrow link and two small connecting parts are displayed separately alongside. Blue and sand-colored structural parts, dark wheels, a changed camera angle and a new workshop setting distinguish the image from the source photo. This visual arrangement has not been mechanically validated. Motors, electronics, batteries, wiring, metal shafts and fasteners are not included. Check wheel attachment, motor brackets, pivot clearances, platform connections, link lengths and required hardware before fabrication. Assembly quantities and a tested printing profile are not supplied. MESHOPIA has not tested printing, fit, strength, suspension movement or powered operation. The cover renders the actual meshes and shadows in Blender and composites them over a workshop background generated locally in ComfyUI.

Technology
Sin probar
material
—
Difficulty
Sin especificar
Vista de Four-Wheel-Drive RC Chassis and Suspension Geometry - Twenty-Six STL Parts

Four-Wheel-Drive RC Chassis and Suspension Geometry - Twenty-Six STL Parts

A twenty-six-file four-wheel-drive-style RC chassis and suspension collection. Every original STL mesh was visually inspected using software-rendered orthographic previews. The source file named Body is a lower chassis tub with mounting features, not an exterior vehicle shell. An upper deck, front/rear bumper and shock-tower shapes, a rear wing and two wing braces form the main structure. The mechanical geometry includes front and rear suspension arms, camber links and wheel hubs; a C-shaped front hub carrier; a bearing seat; lower and upper differential housing pieces; a differential cup; a long drive shaft; a source-labeled 7 mm wheel hex; a steering bellcrank, idler arm, drag link and tie rod; and servo and body-post brackets. The wheel-hex size is a supplied filename label, not an independently measured fit specification. All twenty-six original STL files are preserved unchanged and renamed in English. Front/rear source labels indicate intended roles, but required copy counts, mirrored placements, shaft interfaces, bearing sizes and attachment hardware are unverified. No wheel or tire meshes, differential gear meshes, complete exterior body shell, shock spring/damper assembly, motor, servo, battery, controller, wiring or real metal hardware is supplied in the reviewed set. A differential housing does not by itself constitute a working differential. The new cover is a locally generated ComfyUI illustration derived from the supplied CAD-style assembled reference, with a navy chassis, ivory housings and a workshop setting. It shows empty wheel carriers without tires, wheels or complete shocks. Metallic-looking surface accents are illustrative finishing details, not supplied metal hardware. The inferred arrangement does not establish exact CAD geometry, validated joints or a working four-wheel-drive drivetrain. Actual scale, wheelbase, suspension travel, hardware compatibility, material requirements and print settings have not been independently verified. MESHOPIA has not physically printed, assembled or driven this collection.

Technology
Sin probar
material
—
Difficulty
Sin especificar
Vista de Sleipnir RC Chassis Suspension and Drivetrain Geometry - Thirty-Eight STL Files

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
Vista de Muscle Car V2-Style Body Chassis and Tire Alternatives - Thirty-Six STL Files

Muscle Car V2-Style Body Chassis and Tire Alternatives - Thirty-Six STL Files

A thirty-six-file Muscle Car V2-style miniature RC body and chassis geometry collection. All original STL files were visually reviewed in three geometry contact sheets. The main coupe body shell includes sculpted fenders, roof, door relief and rear light-like recesses. Separate front, rear and paired side window panels, decorative exhaust forms and LED-related mounting/test forms accompany it. Window meshes are solid geometry, not supplied transparent glazing; the LED test shapes are not electrical devices. Mechanical geometry includes a main frame, upper and lower drivetrain housings, upper/lower suspension arms, front suspension frame, two wheel hubs, steering links, servo mount, cross-shaped battery cover, a source-labeled steering rack and gear-shift link. The rack name includes 9gmw, retained only as source context rather than verified servo compatibility. Four rim/wheel forms and four patterned tire rings labeled TPU are supplied alongside two further source-38 tire variants. These groups require independent choice of material, printing quantities and fits. All thirty-six original STL files are preserved unchanged and renamed in English. Repeated-looking components and test variants are not a verified bill of materials. Source-38 is a variant identifier, not an independently established diameter or scale. Actual wheelbase, scale, steering geometry, bearing sizes, motor fit, drivetrain engagement, tire flexibility and material requirements remain unverified. No real motor, servo, controller, receiver, battery, wiring, LEDs, bearings or metal fasteners are supplied. Inspect the tire alternatives, small LED forms, thin panels and mating faces before printing. MESHOPIA has not physically printed, assembled or driven this collection. No tested print settings, speed performance or manufacturer affiliation are claimed. The new cover is a locally generated ComfyUI illustration based on the supplied assembled-body photo, with burgundy and ivory finishes and a new workshop background. It preserves the simplified rectangular light blocks and vertical grille layout of the reference. The first candidate with round lamps was rejected. Wheel spoke appearance follows the reference photograph rather than certifying the exact supplied rim meshes; inspect the individual files for their actual geometry. Painted surfaces, inferred tire appearance and assembled placements remain illustrative, not a verified RC build.

Technology
Sin probar
material
—
Difficulty
Sin especificar