2 modelos etiquetados

#4WD RC chassis

Descubre modelos 3D etiquetados como 4WD RC chassis y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Open all filters →

RC & MecánicaGratis

Cyberbrick OpenFrame 4WD RC Car - CAD Components in STEP and STL

Explore an open-frame four-wheel-drive RC car component layout from the Cyberbrick OpenFrame project. The supplied CAD-derived mesh contains a rectangular chassis frame, exposed gear forms, front and rear axle structures, mounting features, an airless wheel design, a separate hub and loose ring components. The source collection names this OpenFrame Two, while the original CAD filename uses OpenFrame One 4W Final; both labels are retained here as provenance rather than a verified revision history. The download includes 01-openframe-4wd-original-cad.zip, containing the unchanged original 01-openframe-4wd-cad-components.step. The derived mesh is supplied separately as 02-openframe-4wd-cad-components.stl for an accessible 3D preview. The STEP and STL retain their source geometry and layout. The STL was converted with FreeCAD using a linear deflection of 0.05 source units and an angular deflection of 0.15 radians. It contains components arranged in the CAD layout, including a wheel and hub positioned separately from the chassis. Inspect the CAD parts individually before preparing prints; the combined mesh is not a tested instruction to print the entire mechanism as one solid object. The new studio cover illustrates a possible four-wheel assembly using only source geometry. It repeats the one supplied wheel and one supplied hub four times, places those copies coaxially near the four source axle ends, and displays the six loose ring components beside the chassis. This is a visual arrangement, not a physical fit or movement test. The downloads preserve the original layout. No motor, battery, wiring or new hardware has been invented for the cover. No verified scale, complete bill of materials, tested electronics installation or print profile is established by these files. Check component interfaces, tolerances and required purchased hardware before fabrication. MESHOPIA has not tested drivetrain operation, strength or compatibility. The new cover uses teal wheels, copper-colored mechanical parts and a graphite frame on a pale stone surface.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

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