A twenty-file Cyber Brick-style RC drift-model geometry collection with a low open-wheel racing appearance. All original STL meshes were visually reviewed using software-rendered orthographic previews. The set contains lower chassis/nose geometry, tapered and curved exterior panels, a broad upper body panel, an open curved frame, wing-shaped details, a chassis housing with a circular bore, mounting and pivot brackets, a forked guide plate, a ribbed column with base, a toothed linkage rack, two round hex-bore sleeves and four separate wheel reference meshes.

All twenty original STL files are preserved unchanged and renamed in English. The source filenames are mostly numbered identifiers, so English names describe visible geometry rather than certifying undocumented mechanical functions. The four wheel meshes have broad smooth rolling surfaces; the source photograph appears more textured and does not establish included tread geometry. Inspect wheel variants and mating interfaces before planning prints.

The source photograph shows an assembled open-wheel example. A new locally generated ComfyUI cover may use that photograph as an illustrative assembly reference with changed colors, viewpoint and workshop background. The image must not be interpreted as an exact CAD reconstruction, verified fit or evidence of tested drift behavior.

Real Cyber Brick controller hardware, motor, servo, battery, electronics, wiring, bearings and metal fasteners are not supplied. Model scale, wheelbase, motor/servo compatibility, steering travel, tire material, print settings and required copy counts have not been independently verified. MESHOPIA has not physically printed, assembled or driven this collection.

The new cover is a locally generated ComfyUI illustration based on the supplied assembled-model photograph, with cobalt and ivory panels, smooth charcoal wheels and a new workshop viewpoint. It conveys an assembled appearance rather than a certified rendering of every STL. Visible finishing details and inferred placements do not establish component fit or a tested RC build.