3 modelos etiquetados

#Cyberbrick source project

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

RC & MecánicaGratis

Small Cyberbrick RC Chassis with Steering Parts and Top Cover - Three 3MF Files

Build around a compact RC chassis with two original source layouts and a separate angular top cover. The inspected geometry includes an open channel chassis with raised electronics mounting bosses, front wheel carriers, a steering rack and pinion, and four wheel instances. The files contain a Cyberbrick car layout labeled Bambu, another chassis layout labeled N20, and a top cover labeled V2. The N20 layout has different motor-area geometry; treat the two chassis layouts as alternatives rather than combining all parts into one vehicle. Three unchanged 3MF files are included and renamed in English. The cover illustrates the first chassis layout with its four supplied wheel instances positioned on both sides; duplicate wheel instances overlap in the source component coordinates, so this presentation repositions them for an illustrative assembly. The separate sand-colored top cover is shown beside the chassis. This visualization does not establish axle fit, fastener sizes or an installation sequence. Motors, radio equipment, Cyberbrick electronics, batteries, wiring, axle hardware and fasteners are not supplied. Check motor pockets, mounting bosses, steering travel, wheel spacing and cover clearances against your chosen hardware before printing. No verified vehicle scale, bill of materials or tested printing profile was supplied. MESHOPIA has not tested driving, steering, assembly or strength. The cover renders the supplied 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

Cyberbrick Cybertruck Body, Chassis, Wheels and Drivetrain Parts - Sixteen STL Files

Printable components from a CyberBrick RC Tesla Cybertruck source project. Inspection finds an angular pickup body shell with a sharply sloped cabin profile and rear bed, a chassis with raised wheel-area features and mounting posts, four wheel shells in one STL, front and top cover panels, two window-cover panels, front trim, LED-panel and cover pieces, a rear-light strip, a gearbox housing and cover, differential gears and shaft pieces, front-axle steering components, two separate drive or servo gears and a motor-retaining link. Several STL files contain multiple disconnected parts. Sixteen unchanged original STL files are included with descriptive English filenames. The CyberBrick and Tesla references identify the supplied source project; they do not establish official affiliation, a tested electronics configuration or universal hardware compatibility. No verified vehicle scale, assembly quantities or operating specification is supplied. The new cover arranges the actual body shell, chassis and four supplied wheel meshes in an illustrative vehicle configuration. Cover panels, window panels, trim, light housings and mechanical components are displayed separately alongside so that the remaining supplied parts can be seen. Blue structural parts, sand-colored loose components, dark wheels, a changed angle and a new workshop setting distinguish it from the source photo. This is a partial visual assembly with remaining parts alongside, not a verified finished RC build. The original downloads are unchanged. Motor, servo, CyberBrick electronics, batteries, wiring, functioning LEDs, metal hardware and rubber tires are not included as physical supplies. Check wheel interfaces, shaft dimensions, steering travel, gear engagement, gearbox clearances, body-panel alignment and all hardware requirements before fabrication. A validated bill of materials and tested printing profile are not supplied. MESHOPIA has not tested printing, fit, strength, lighting or powered vehicle 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

RC & MecánicaGratis

Cyberbrick OpenFrame One RC Chassis, Suspension and Flexible Wheel Components - STEP and 3MF

CAD and print-project files from a CyberBrick OpenFrame One RC car source project. Inspection of the STEP finds an open rectangular chassis structure with electronics compartments, four wheel-end suspension/linkage groups, gear and steering components, four flexible spoke-pattern wheel assemblies and six loose ring-like parts. The 3MF contains printable component meshes and repeated instances, including frame pieces, linkages, gears, wheel and hub components, mounts and the loose rings. Its layout differs from the STEP presentation. Two unchanged original files are included with descriptive English filenames: the STEP CAD source delivered inside a losslessly compressed ZIP and the separate 3MF print project. Extract the ZIP to access the unchanged STEP file. The files contain many components, so two files does not mean two printable pieces. CyberBrick identifies the supplied source project rather than a independently verified electronics fit or operating specification. No validated scale, hardware list or tested vehicle performance is supplied. The new cover uses a tessellated copy of the actual STEP geometry. The four supplied wheel assemblies are repositioned at the corresponding chassis ends for an illustrative mounted configuration; six loose source rings are displayed alongside. Blue structure, dark wheels, sand-colored rings, a changed angle and workshop background distinguish it from the source image. The original downloadable CAD and print-project geometry remains unchanged. The cover is a visual arrangement rather than a tested mechanical build. CyberBrick electronics, motor, servo, batteries, wiring, functioning lights and metal fasteners are not included as physical supplies. Check mounting positions, link travel, gear engagement, wheel interfaces and ring requirements against the intended hardware. Inspect the CAD and every print-project component before fabrication. A validated assembly procedure and printing profile are not supplied. MESHOPIA has not tested printing, fit, strength or powered operation. The cover renders the actual source-derived meshes and shadows in Blender over a workshop background generated locally in ComfyUI.

Technology: Sin probar
material: —
Difficulty: Sin especificar