Two-Post RC Car Lift Components - Eleven STL Parts and Original Fusion CAD
A small two-post RC car lift project supplied as eleven original STL meshes and one original Fusion 360 F3D project. The source folder names the project as a motorized lift for 1:10 RC cars; the scale and powered operation have not been verified by MESHOPIA. The inspected STL geometry includes a tall slotted post with a wider foot, a post cap, a carriage-like lift block with forked mounting tabs and hexagonal recesses, a long narrow lifting arm, a shorter forked arm, an alternative forked lift arm, an alternative circular arm pad, a connecting bottom base, a small motor-mount plate, and an electronics enclosure with a separate thin door. These enclosure and motor-mount parts belong to the lift project. The editable F3D source is included unchanged; its internal CAD history has not been inspected. The new cover uses the actual STL geometry in teal and dark finishes, rendered in Blender and placed in a locally generated ComfyUI workshop setting. Copies of the post, cap, carriage and long arm are arranged as an illustrative two-post configuration. The shorter arm, alternative arm and pad are shown loose. This inferred static arrangement is not a validated assembly guide, and shown copies do not represent additional unique download files. No RC cars, motors, threaded drive rods, bearings, wiring, controller, fasteners or other physical hardware are included. Hardware sizes, electrical connections, mechanical travel, vehicle clearances and safe load capacity have not been established. Do not treat the promotional image as evidence of powered operation or load testing. Inspect the original CAD and each mesh before printing, determine required quantities, check matching holes and recesses, and plan the external hardware independently. No verified material, infill, support strategy, torque settings or assembly instructions are supplied. MESHOPIA has not tested printing, assembly or lifting performance.
- Technology
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- material
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- Difficulty
- Sin especificar