7 modelos etiquetados

#derived STL

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

RC & MecánicaGratis

RC Shock Body Components - Original STEP and Derived STL

Explore three body components for an RC shock absorber. Inspection of the converted geometry separates three connected mesh components: an open cylindrical housing, a circular cap with a mounting eye, and a second eye-bearing circular component with a small central opening. The source photograph shows a complete shock in a suspension installation; the spring, moving shaft, fasteners and suspension arms are not present in these files. The original CAD file is included as 01-rc-shock-body-components.step. The derived 02-rc-shock-body-components.stl was converted with FreeCAD using a linear deflection of 0.05 source units and an angular deflection of 0.15 radians. Both downloads preserve their source layout and geometry. Only the studio cover separates the three components for visibility and places them on the floor. No vehicle scale, hardware dimensions, complete assembly instructions or damping function are established by the source. Check the CAD interfaces and required additional hardware before fabrication. MESHOPIA has not tested movement, sealing, fit, strength or a print profile. The new cover renders the actual three components in a blue-gray finish on a pale stone surface. It shows a partial component set; it does not invent a completed shock or the additional parts seen in the reference.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

RC Car Chassis and Body Layout - 1-12 Source Scale - STEP and STL

Explore an RC car chassis and body layout from a project identified as 1:12 scale. Inspection of the supplied CAD-derived mesh shows a central body enclosure, front and rear chassis structures, mounting openings, a wide front bumper and a raised rear wing. These forms are already arranged in the source layout. The complete running vehicle in the supplied photograph includes additional purchased components. The download contains 01-rc-car-chassis-layout.step and 02-rc-car-chassis-layout.stl. The STEP is the original CAD source. The STL was converted with FreeCAD using a linear deflection of 0.05 source units and an angular deflection of 0.15 radians, and preserves the source geometry and layout. The mesh does not contain the photographed tires, wheel assemblies, motor, battery, wiring or complete installed electronics. The source folder advertises a speed figure; no independent speed result or performance evidence is provided, so this listing makes no speed claim. 1:12 is the source scale label. Component selection, fit, movement and fabrication remain to be checked; MESHOPIA has not tested the design or a slicer profile. The combined STL is a view of the CAD layout, rather than an assertion that the complete mechanism should be printed as one solid part. The new cover renders the supplied chassis and enclosure layout in a blue finish on a pale stone studio surface, without adding missing wheels or electronics.

Technology: Sin probar
material: —
Difficulty: Sin especificar

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

Supported RC Jump Ramp - Original STEP and Derived STL

Prepare an RC jumping obstacle from this supported ramp design. Inspection of the supplied CAD conversion shows a broad rising deck, three support plates beneath it and small circular openings in the supports. The source collection identifies Arrma Grom or larger vehicles; physical suitability and load capacity for any particular vehicle have not been independently verified. The original editable CAD file is preserved as 01-supported-rc-jump-ramp.step. A matching mesh conversion is included as 02-supported-rc-jump-ramp.stl for slicing and preview. The STL was derived in FreeCAD with linear deflection 0.05 source units and angular deflection 0.15 radians; the original STEP remains available for comparison. The vehicle in the supplied installation photograph is not included. No tested print profile or verified scale was supplied. Inspect the CAD dimensions, deck orientation, support geometry and fastening openings before printing. Establish a stable installation appropriate for your intended vehicle. MESHOPIA has not tested jumping performance, assembly or strength. The new cover uses teal and copper presentation finishes on a pale wooden workshop surface. Its background was generated locally in ComfyUI; the product was rendered from the supplied geometry in Blender and composited without changing its shape.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

Four-Leg Perforated RC Car Stand - 1:8 Source Project STEP and STL

Support an RC car during display or maintenance with this source CAD stand. The inspected geometry contains a rectangular platform with a grid of hexagonal openings, four extended corner legs, braced transitions and open side clearances. The new cover shows the actual supplied geometry in teal, with a changed angle and a workshop setting. No RC car or extra hardware is added. Two files are included: the unchanged original STEP CAD file and an STL derived locally from that STEP geometry for preview and printing workflows. English filenames distinguish the editable CAD source from the derived mesh. Inspect the STL tessellation and use the STEP file when your workflow supports CAD. The rendering changes presentation orientation and finish without changing the supplied design. Check the platform footprint, chassis contact area, underside clearances, stand height and stability against your vehicle before printing. No verified load rating, rubber contact pads, fasteners or tested printing profile were supplied. MESHOPIA has not tested fit, printing, stability or strength. The source project identifies a 1:8 RC context; that label does not guarantee compatibility with every 1:8 chassis. The cover renders the actual geometry and shadows in Blender, then composites them over a workshop background generated locally in ComfyUI.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

Rounded-Platform RC Car Stand with Open Braced Feet - STEP and STL

Support an RC car during display or maintenance with this source CAD stand. The inspected geometry contains a long platform with rounded ends, open braced feet and connecting supports underneath. The new cover shows the actual supplied geometry in teal, with a changed angle and a workshop setting. No RC car or extra hardware is added. Two files are included: the unchanged original STEP CAD file and an STL derived locally from that STEP geometry for preview and printing workflows. English filenames distinguish the editable CAD source from the derived mesh. Inspect the STL tessellation and use the STEP file when your workflow supports CAD. The rendering changes presentation orientation and finish without changing the supplied design. Check the platform footprint, chassis contact area, underside clearances, stand height and stability against your vehicle before printing. No verified load rating, rubber contact pads, fasteners or tested printing profile were supplied. MESHOPIA has not tested fit, printing, stability or strength. No verified vehicle scale was supplied. The cover renders the actual geometry and shadows in Blender, then composites them over a workshop background generated locally in ComfyUI.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

Ribbed Storage Case, Lid and Repair Stand for Axial SCX30 Projects - STEP and STL

Organize or store a small RC crawler with this three-part source CAD project. The inspected case has a rectangular open cavity and recessed rib lines on its outside walls and bottom. A separate low-profile lid has a raised inner rim and small edge features. The third design is an open repair stand with a rectangular clearance and raised contact features. The new cover shows the open case, its separate lid and the stand without adding the vehicle from the source photograph. Six files are included: three unchanged original STEP files and three STL meshes derived locally from the corresponding CAD geometry. English filenames distinguish the case, lid and repair stand and identify the derived meshes. The source project refers to the Axial SCX30 crawler, a 1:30 scale context, and Jeep/Bronco variants. These are source compatibility claims rather than fit tests performed by MESHOPIA. The cover presents the actual parts in blue and sand colors, using presentation rotations to show the case opening and stand clearly. Check the internal case dimensions against your crawler, including tire width, accessories and roof clearance. Inspect the lid rim, sliding or seating clearances and stand contact surfaces before use. No crawler, padding, external fasteners, tested print profile or verified transport protection rating is included. Use the STEP source where your CAD workflow supports it, and inspect the derived STL tessellation. MESHOPIA has not tested printing, fit, closure, stability or strength. The cover renders the actual geometry and shadows in Blender, then composites them over a workshop background generated locally in ComfyUI.

Technology: Sin probar
material: —
Difficulty: Sin especificar