# GPT Image Hub prompt

## Konsep Motor Naga Mekanis
- URL: https://www.gptimagehub.com/id/library/mechanical-dragon-motorcycle-concept
- Generator URL: https://www.gptimagehub.com/id/generate?promptId=oss-ym-g2-33365
- Markdown URL: https://www.gptimagehub.com/api/agent/markdown?path=%2Fid%2Flibrary%2Fmechanical-dragon-motorcycle-concept
- Category: Concept art
- Model: seedream-5-0
- Aspect ratio: 9:16
- Style: 3d
- Tags: cyberpunk, motor, naga, seni konsep, hard-surface, render 3d, desain kendaraan
- Updated: 2026-10-27T02:09:23.098Z
- Created: 2026-10-27T02:09:23.098Z

Merender sepeda motor mekanis bertema naga di garasi industri cyberpunk yang gelap. Sesuaikan konsep kendaraan, warna cahaya, atau finishing logam.

### Full prompt
```text
Cinematic vertical concept-art render of [a rideable mechanical dragon motorcycle] in a dark industrial garage at night, captured in an extreme close-up three-quarter front view from the left. The vehicle preserves an aggressive dragon head silhouette while functioning as a real motorcycle: one massive front tire integrated beneath the lower jaw, visible brake disc, robust fork suspension, axle hardware, and exposed mechanical frame components. The dragon head features overlapping glossy black and gunmetal armor plates, razor-sharp layered scales, angular cheek plates, metallic fangs, and 5 distinct horns on the silhouette: two tall central curved horns, two long swept-back side horns, and one short forward brow spike. Features a single intense glowing [red] eye on the visible side, red illuminated intake vents under the armor plating, and a circular red LED ring around the front wheel hub. Finished in [black chrome and dark titanium with copper-gold highlights], showing sharp specular reflections and subtle wear scratches. Background shows a shadowy cyberpunk workshop with faint atmospheric smoke, blurred pipes, industrial beams, and a wet concrete floor catching reflections. Dramatic low-key lighting with glowing internal light and subtle cool rim lighting, photorealistic 3D hard-surface modeling, shallow depth of field, no rider, no text, no watermarks.
```