Night-Flight Mechanical Butterfly 3D Model

A mechanical butterfly combining iridescent blue-violet wing plates, a titanium-silver frame, and amber core details. Generated by Kimi K3.1 Pro.

Try 3D Make View membership plan

Loading preview...

Start from this prompt

A mechanical butterfly with iridescent blue-violet wings, a titanium-silver frame and an amber core.

Try 3D Make

Create a night-flight mechanical butterfly collectible with a 200 mm wingspan and 32 overlapping curved plates across four wings. Use pointed forewings, rounded hindwings with tails, blue-violet iridescence, and midnight-blue borders. Include a titanium-silver frame, rivets, edge veins, double-ring wing hinges, twin spine rails, three amber core segments, ceramic vents, seven tail plates, forked antennae, and six folding legs. Keep thin rods and plate edges at least 0.8 mm thick. Separate the body, four wings, and base, with 0.2 mm diametral joint clearance and a 15° nameplate surface. Provide complete STL and 3MF, six groups of separate STL parts, and assembly diagrams.

Add touch controls

Adds phone controls and layout without changing the other requirements.

Try 3D Make

Create a night-flight mechanical butterfly collectible with a 200 mm wingspan and 32 overlapping curved plates across four wings. Use pointed forewings, rounded hindwings with tails, blue-violet iridescence, and midnight-blue borders. Include a titanium-silver frame, rivets, edge veins, double-ring wing hinges, twin spine rails, three amber core segments, ceramic vents, seven tail plates, forked antennae, and six folding legs. Keep thin rods and plate edges at least 0.8 mm thick. Separate the body, four wings, and base, with 0.2 mm diametral joint clearance and a 15° nameplate surface. Provide complete STL and 3MF, six groups of separate STL parts, and assembly diagrams.

Try a warmer palette

Changes the palette while preserving the other requirements.

Try 3D Make

Create a night-flight mechanical butterfly collectible with a 200 mm wingspan and 32 overlapping curved plates across four wings. Use pointed forewings, rounded hindwings with tails, blue-violet iridescence, and midnight-blue borders. Include a titanium-silver frame, rivets, edge veins, double-ring wing hinges, twin spine rails, three amber core segments, ceramic vents, seven tail plates, forked antennae, and six folding legs. Keep thin rods and plate edges at least 0.8 mm thick. Separate the body, four wings, and base, with 0.2 mm diametral joint clearance and a 15° nameplate surface. Provide complete STL and 3MF, six groups of separate STL parts, and assembly diagrams.