standing on a surface Sora v1 prompts

2 months ago

A sweeping cinematic shot of a NASA Mars surface habitat under the warm, dusty orange glow of a Martian sunrise, showcasing interconnected cylindrical habitat modules arranged in a cross formation, surrounded by large solar panel arrays partially covered in red dust. Two NASA cargo landers stand in the distance, tire tracks leading back to the base, while a small rover is parked near supply crates and airlock tunnels. The barren Martian landscape stretches into the horizon with rocky outcrops and dust devils in the distance, emphasizing the isolation and quiet of space exploration. The camera glides low, capturing the details of the solar panels, airlock systems, and rugged terrain with crisp shadows and soft atmospheric dust, evoking hope and the pioneering spirit of humanity’s first steps toward colonizing Mars. High-resolution, cinematic lighting, hyper-realistic texture, 4K, IMAX framing, slow panning shot.

4 months ago

Render a hyperrealistic digital painting of a partially submerged, dark submarine heavily coated in snow and ice on a frigid arctic shore. A single figure in dark winter clothing stands on the submarine's hull, holding a burning red flare that casts a warm glow on the textured ice and the metallic surface. Two wolves with thick, dark fur cautiously approach from the frozen ground.

2 months ago

A realistic cinematic shot of a modular NASA deep space habitat on a flat white test surface, featuring a pristine white airlock module with a bold “A” on its door and a ramp, connected to a central deep space habitat with Segments B and C, each with stairs, airlock doors, and small American flags. Above, a dome-shaped inflatable module with circular windows and NASA and BXL logos glows softly under test lighting. On the far right, a cylindrical hygiene module with a NASA logo stands on a wheeled frame. Sharp, clean lines, diffused soft shadows, and precise details highlight the engineering aesthetic. High-resolution, 8K, ultra-realistic, with shallow depth of field focusing on the modules’ surfaces, capturing a futuristic yet practical feel of near-future space habitation.