# GPT Image Hub prompt

## Phi hành gia người máy sửa chữa tàu vũ trụ
- URL: https://www.gptimagehub.com/vi/library/android-astronaut-repairing-orbital-starship
- Generator URL: https://www.gptimagehub.com/vi/generate?promptId=oss-ym-g2-22768
- Markdown URL: https://www.gptimagehub.com/api/agent/markdown?path=%2Fvi%2Flibrary%2Fandroid-astronaut-repairing-orbital-starship
- Category: Concept art
- Model: seedream-4-0
- Aspect ratio: 16:9
- Style: illustration
- Tags: phi hành gia android, vỏ tàu vũ trụ, không trọng lực, nghệ thuật khái niệm sci-fi, hàn plasma, góc nhìn quỹ đạo
- Updated: 2026-10-28T01:45:58.098Z
- Created: 2026-10-28T01:45:58.098Z

Một phi hành gia người máy đang hàn vỏ tàu vũ trụ phía trên Trái Đất trong môi trường không trọng lực. Tùy chỉnh thiết kế nhân vật, màu tóc và ký hiệu trên thân tàu.

### 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.
```