# GPT Image Hub prompt

## Андроид-астронавт ремонтирует орбитальный корабль
- URL: https://www.gptimagehub.com/ru/library/android-astronaut-repairing-orbital-starship
- Generator URL: https://www.gptimagehub.com/ru/generate?promptId=oss-ym-g2-22768
- Markdown URL: https://www.gptimagehub.com/api/agent/markdown?path=%2Fru%2Flibrary%2Fandroid-astronaut-repairing-orbital-starship
- Category: Концепт-арт
- Model: seedream-4-0
- Aspect ratio: 16:9
- Style: illustration
- Tags: андроид-астронавт, обшивка корабля, невесомость, sci-fi концепт-арт, плазменная сварка, орбитальный вид
- Updated: 2026-10-28T01:45:58.098Z
- Created: 2026-10-28T01:45:58.098Z

Андроид-астронавт сваривает обшивку космического корабля на орбите Земли в невесомости. Настройте внешность киборга, цвет волос и технические трафареты.

### Full prompt
```text
A dramatic cinematic sci-fi concept art illustration of a [female android astronaut] kneeling on the exterior hull of a massive spacecraft in orbit above Earth, performing emergency maintenance with a handheld plasma welding torch held in both hands. She wears a sleek white-and-silver biomechanical body suit integrated with robotic joints, segmented armor plates, visible black cables, micro-panels, and subtle weathering; her long [silver-white] hair streams wildly backward in zero gravity. Her face is covered by a plain opaque square censor block in muted gray, centered over the head area. She is posed on one knee with the other leg bent, leaning toward a vertical wall of dark spacecraft hull panels. The torch emits an intense blue-white point of light and a spray of orange sparks against the metal. Legible industrial markings on the wall read "[HULL SECTOR 12-A MAINTENANCE ACCESS]". In the background, the curved blue limb of Earth features glowing city lights below, set against deep black star-filled space and the colossal cylindrical spaceship hull receding into perspective. High contrast, cold blue rim lighting, orange spark highlights, glossy metal reflections, hard-surface sci-fi design, shallow depth of field, dynamic diagonal composition.
```