5 modelos etiquetados

#three STL files

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

RC & MecánicaGratis

Honeycomb Airless RC Tires and Rim - Two Tire Variants, Three STL Files

Explore an airless wheel design for an RC car using an open honeycomb tire structure and a separate rim. The actual STL geometry shows a ring of polygonal cells surrounding a recessed center, with block-style outer tread. The supplied installation photograph shows this style of wheel on an RC chassis; that chassis, its electronics and its other mechanical components are not included. Three STL files are supplied: a tire labeled Airless Tire, a second tire labeled Airless Tire Round, and a rim labeled Rim OUT. Their English filenames distinguish the two tire variants and the outer rim component. Both tire variants and the rim retain their original geometry. The source inventory does not establish a verified vehicle scale or compatibility with a particular axle or drive interface. The rim has a recessed center, reinforcing surfaces and a toothed outer profile. For the cover reference, one tire and the rim were combined in Blender at their original coordinates, without altering either mesh or adding a hub, fastener or axle. This supports an assembly visualization but does not verify physical tolerances or operation. Inspect the tire cells, tread, rim interface and center opening in your slicer before printing. Choose material and settings for your intended flexibility and load. No physical fit, durability, speed or traction tests are documented by MESHOPIA. Fasteners, motor, axle and radio hardware are not supplied. The new cover is a Blender studio render of one included tire variant and the rim at their original coordinates, with a different finish, color, lighting and background. The original meshes were retained, including the open rim center and side opening.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

Telescopic RC Driveshaft Components - Three STL Files

Explore three printable components from an RC shaft design. The actual meshes include a cylindrical section with a forked end, a longitudinally slotted section with a forked end, and a short yoke-shaped component with circular pin openings. The supplied photograph shows an assembled shaft with metal pins and joint hardware. Those metal components are not included in this download. The three unchanged source meshes are renamed 01-rc-driveshaft-outer-section.stl, 02-rc-driveshaft-slotted-section.stl and 03-rc-driveshaft-short-yoke.stl. Their original geometry is preserved. The new cover separates the three actual file contents so the fork shapes, slots and openings remain visible; it does not claim to be a fully assembled or tested driveline. No verified vehicle scale, torque rating, compatible vehicle or assembly guide was supplied. Check telescoping clearances, pin diameters, joint articulation and required external hardware before use. Inspect STL dimensions in your slicer; numeric STL coordinates do not establish physical units by themselves. MESHOPIA has not tested fit, rotation or durability. 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

Two-Level Wheel Storage Rack for 1:10 RC Projects - STL

Organize spare RC wheels with this open rack design. The actual files contain a rectangular braced side frame with circular connection openings, a full connecting bar and an alternative split bar layout. The source identifies 1:10 scale RC wheels. The tires and car shown in the supplied installation photograph are not included in the download. Three unchanged source files are renamed 01-rc-wheel-rack-side-frame.stl, 02-rc-wheel-rack-full-bar.stl and 03-rc-wheel-rack-split-bar.stl. The split-bar file contains two separate bar sections. The original shapes and source file layouts are preserved. The new cover illustrates a two-level rack using two copies of the supplied frame and four copies of the full bar; the alternative split bar is displayed beside it. Bar positions follow the measured connection-hole centers in the source frame. No tires or additional external hardware are added. The cover is an illustrative assembly, not a physical fit test. Determine the quantities to print and compare wheel diameter, rack depth, joint clearances and overall dimensions against your own collection. Inspect the split-bar joint before choosing that variant. No tested printing profile or verified load capacity was supplied. MESHOPIA has not tested assembly, wheel retention or strength. The new cover uses teal frames and copper-colored bars on a pale wooden workshop surface. The background was generated locally in ComfyUI; the source parts and their shadows were rendered in Blender and composited without changing their geometry.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

Four-Post Garage Lift Display Parts for 1:10 RC Cars - Three STL Files

Create a garage-style RC display from this four-post lift component set. The actual meshes include two platform sections with paired vehicle tracks and crossmembers, plus a source layout containing four long post bodies. The columns were separated for inspection and confirmed to be four individual source components. The collection identifies 1:10 RC displays. Vehicles and scenery in the supplied photograph are not included. Three unchanged source files are renamed 01-rc-garage-lift-platform-a.stl, 02-rc-garage-lift-four-post-layout.stl and 03-rc-garage-lift-platform-b.stl. The original four-post print arrangement is preserved in the second file. Inspection found projecting tabs on one platform section and matching-style notches on the other. The new cover therefore illustrates the two sections end-to-end around their connection features, with the four existing post bodies upright at the crossmembers. This joining arrangement is inferred from the geometry and has not been physically verified. It does not add cars, cables, motors or lifting hardware. This is an illustrative arrangement of the supplied display parts, not a tested lifting mechanism. Check platform joints, post orientation, support positions and the intended printed assembly before use. No operating mechanism, verified load capacity or tested printing profile was supplied. MESHOPIA has not tested movement, fit or strength. The new cover applies teal and copper presentation colors to the actual source geometry on a pale wooden workshop surface. Its background was generated locally in ComfyUI; the parts and shadows were rendered in Blender and composited without changing their shape.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaGratis

Curved RC Jump Ramp with Ribbed Deck and Side Panels - Three STL Files

Create a small RC jump obstacle from a curved deck and two side panels. The inspected deck has a smooth curved running surface with reinforcing ribs underneath and mounting holes along the side rails. The two separate side meshes follow the curved ramp profile and include mounting holes and the original embossed source marking. Three unchanged STL files are included and renamed in English as the ribbed ramp deck and the two supplied side panels. The cover presents the actual parts arranged as an assembled ramp in blue and sand colors. Print-oriented source parts have been rotated and positioned for this illustration; the rendering does not establish fastener fit, a tested assembly procedure or load capacity. The original geometry, ribs, openings and embossed details remain in the downloadable files. The RC vehicle and floor setting from the source photograph are not included. Verify the deck-to-panel connections, mounting-hole alignment, underside clearance and ramp footprint before printing. Screws, adhesives and other assembly hardware are not supplied. No verified vehicle scale, jump rating or printing profile was provided. MESHOPIA has not tested jumping, traction, assembly or structural 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