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3 modelos etiquetados

#steering linkage

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Vista de RC Sport and Offroad Chassis Alternatives - Twenty-Four STL Parts

RC Sport and Offroad Chassis Alternatives - Twenty-Four STL Parts

A twenty-four-file RC chassis and suspension component collection with shared, Sport and Offroad source groups. All supplied STL files were individually rendered and visually inspected in Blender. The shared group contains the main chassis, left and right front A-arms, rear A-arms and an adapter, left and right hub carriers, steering-link holders, a link-rod holder, and short and long rear shock-tower shapes. The Sport group supplies a front shell, a combined front servo/A-arm mounting structure and left/right front steering-hub shapes. The Offroad group supplies source-labeled long and short front chassis variants, a front shock tower, a servo holder, left/right steering hubs and an A-arm connector. These are alternative configuration groups; the download is not a verified single assembly requiring all twenty-four files. All twenty-four original STL files remain unchanged and have been renamed in English, preserving the shared, Sport and Offroad distinctions. Source names describe intended roles; matching bearings, pins, servos, fasteners and joints must be established independently. No complete wheel/tire set, real shocks, steering servo, motor, transmission, electronics or battery is supplied as a separate component in this collection. The chassis includes mounting and equipment-like geometry, which does not supply physical equipment. No scale, wheelbase measurement, donor-body fit, assembly quantities, hardware specification, print settings or working suspension travel has been verified. Compare alternative front sections and shock towers against your intended vehicle before printing. MESHOPIA has not physically printed, assembled or driven these parts. The new cover uses actual supplied mesh geometry rendered in Blender and composited over a locally generated ComfyUI workshop background. Selected chassis, arms, hubs and towers are positioned as an inferred static arrangement, with a shorter alternative displayed separately. The cover does not establish correct joints, fit or print quantities. Wheels, shocks and hardware are not shown or supplied.

Technology
Sin probar
material
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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
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Difficulty
Sin especificar
Vista de EDF-Style RC Car Body and Chassis Parts - Sixteen STL Files and Original 3MF

EDF-Style RC Car Body and Chassis Parts - Sixteen STL Files and Original 3MF

An electric-ducted-fan-style RC car body and chassis collection with sixteen original STL files and one original 3MF project. Individual STL meshes and all sixteen mesh resources inside the 3MF were visually reviewed using software-rendered orthographic previews. The geometry includes two numbered body sections, a rear body with circular duct opening, a nose section, front and rear chassis plates, a tubular center brace/coupler, a curved EDF access hatch, an intake cover, a rear fin, steering link and head, a front knuckle, a rear bearing housing, and front/rear wheel-nut shapes. The supplied 3MF contains a grouped parts project with sixteen mesh resources. It overlaps with the separately supplied STL components and includes geometry or tessellation differences in some parts; do not assume it is byte-identical to the STL set or print all files as independent required components. Its project arrangement is not verified assembly guidance. All seventeen original files are preserved unchanged and renamed in English. Review meshes were generated only for inspection and are not additional supplied originals. The source photograph shows an assembled example with an exposed black ducted-fan unit, wheels and wiring. No wheel or tire mesh was found in the reviewed files. Real EDF fan/motor, ESC, battery, servo, receiver, wiring, bearings and metal hardware are not supplied. The folder names the project Jet Powered Car; the available evidence supports an EDF-style miniature layout, not a supplied fuel turbine. The new cover must represent body and chassis geometry without presenting absent running gear or electrical equipment as supplied parts. Actual assembled dimensions, fan compatibility, bearing sizes, steering performance and required copy counts have not been independently verified. No tested fan speed, thrust, vehicle speed, structural load, material choice, print settings or assembly instructions are claimed. MESHOPIA has not physically printed, assembled or operated this collection. The new cover renders the sixteen original STL meshes in Blender, retaining their source-relative positions and rotating the entire arrangement upright. Cobalt and ivory presentation finishes are composited over a locally generated ComfyUI workshop background. The body, closed hatch and rear fin are shown without invented wheels, tires or real EDF equipment. Source-coordinate alignment is an appearance reference, not a validated fit or tested assembly.

Technology
Sin probar
material
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Difficulty
Sin especificar