Space Prompts

Space is a game of scale: the prompt builds vastness out of references, not adjectives.

[SUBJECT] depicted amidst a Stardust Cascade, where swirling particles of cosmic dust create a mesme — AI image prompt — GPT Image 2.5

[SUBJECT] depicted amidst a Stardust Cascade, where swirling particles of cosmic dust create a mesmerizing backdrop. Utilize luminous [COLOR1] and [COLOR2] to highlight the ethereal quality of the particles.

Details

0:22

Seedance 2.5

{ "prompt_type": "video", "duration": "23 seconds", "aspect_ratio": "9:16 vertical", "style": "immersive first-person POV footage of an astronaut spacewalk outside a space station, filmed on a helmet- and chest-mounted camera during an EVA, photorealistic, documentary realism, the feeling of weightlessness, silence and enormous scale, looks like real footage from orbit", "camera": { "perspective": "first-person POV from a camera mounted on the astronaut's helmet and chest, the rounded top edge of the helmet and the white gloved hands visible in the lower part of the frame", "lens": "ultra-wide fish-eye lens with strong barrel distortion along the edges, the station structures bending and curving toward the corners, emphasizing the vast emptiness of space and the scale of the station", "behavior": "slow, smooth drifting motion with gentle weightless floating, small natural head turns, soft hand-over-hand pulling movements, no shaking, no fast cuts", "image_characteristics": "crisp detail with deep true-black space, bright white suit and station materials close to clipping in direct sunlight, subtle lens flare from the sun, very light digital noise in the shadows, natural colors, no cinematic color grading" }, "on_screen_text": "no on-screen text, no captions, no watermarks, no usernames, no app logos, no end card", "space_environment": { "space": "the deep black vacuum of space filled with a dense field of stars and the glowing band of the Milky Way stretching across the upper part of the frame", "earth": "the curve of the Earth visible on the horizon, bright blue oceans, swirling white cloud cover, a thin glowing blue band of atmosphere along the edge, fading into the darkness of space", "sunlight": "harsh direct unfiltered sunlight from one side, creating extreme contrast between bright sunlit surfaces and pitch-black shadows with no fill light" }, "spacesuit": { "suit": "a white extravehicular spacesuit with thick padded thermal protection layers, grey articulated joints at the elbows and wrists, slightly scuffed fabric texture", "gloves": "bulky white pressurized gloves with grey rubber grip fingertips and textured palms, bending naturally as they grip", "details": "a small control and status display panel on the wrist armature with softly glowing indicators, a safety tether line with a steel carabiner clipped to the station rail, drifting gently in a loose curve" }, "station": { "structure": "modular space station truss with open grey and dark metal frames, cylindrical modules wrapped in silver and gold multi-layer insulation blankets with a crinkled reflective texture", "elements": "large deployed solar array wings with dark blue-black panel grids and silver frames, white radiator panels, communication dishes and antennas, rows of bright yellow EVA handrails designed for spacewalkers to grip and clip onto", "markings": "no readable text, no flags, no agency logos on the station or the suit" }, "sequence": [ { "timecode": "0:00 – 0:07", "title": "Yellow Boom & First Segment", "framing": "the camera looks out over the rounded edge of the helmet and the two white gloves reaching forward", "action": "the astronaut moves forward along a long, bright yellow telescopic boom; both gloved hands grab the yellow rungs one after the other, pulling smoothly hand over hand through weightlessness, the body gliding forward with each pull; the tether drifts in a slow loose curve beside the boom", "environment": "on both sides, station modules wrapped in silver and gold insulation blankets with handrails and deployed solar panels; in the lower right, the sunlit Earth glows with blue oceans and white clouds", "audio": "near-total silence, the astronaut's slow steady breathing inside the helmet, faint suit fan hum, a soft radio click" }, { "timecode": "0:07 – 0:15", "title": "Into the Central Truss", "framing": "the frame opens up as the camera looks straight ahead through the center of the structure", "action": "the yellow rungs give way to an open framework of grey and dark metal struts and guide rails; the astronaut glides through the middle of the frame, holding the outer rails with both hands to keep the trajectory straight, the fish-eye lens curving the struts around the edges of the view", "environment": "straight ahead, a long axis of docking modules, radiators and antennas stretches deep into space toward the sparkling mass of stars, the Milky Way glowing above", "audio": "steady breathing, the soft creak of the gloves gripping the rails, faint radio chatter" }, { "timecode": "0:15 – 0:23", "title": "Instrument Module & the Point", "framing": "the camera approaches the end of the structure, a technical panel filling the center", "action": "the astronaut slows down near the end of the truss; around 0:19 the right glove lets go of the rail and points up briefly toward the stars and the Milky Way, then returns and grips the rail again; on the left, a spherical module wrapped in gold foil drifts into view with reflections of the station's work lights on its crinkled surface; straight ahead sits a complex technical panel full of connectors, cables, sensors and power boxes at the head end of the station", "environment": "the Earth's curve glowing at the bottom of the frame, the stars and Milky Way overhead", "audio": "breathing slowing down, a soft quiet exhale, a faint radio voice" } ], "audio_mood": "the near-silence of space: slow controlled breathing inside the helmet, a low suit ventilation hum, the soft creak and muffled contact of gloves on rails, faint crackling radio chatter, and a quiet ambient score swelling gently under the moment the astronaut po

Details

0:15

MiniMax H3

a blue ocean world, a ringed gold world, a red desert world and a white icy world

Details

GPT Image 2.5

Oil painting, in the style of the old pulp sci-fi fiction digests. A spaceship in orbit above the planet Earth. Massive and powerful, sleek and dangerous

Details

0:15

Wan 3.0

A colony vehicle races across the surface of Mars toward the last human settlement. The camera follows from above. Behind it, a gigantic atmospheric breach spreads across a transparent habitat dome hundreds of kilometers wide. The entire dome begins collapsing. Dust storms surge inward. The vehicle accelerates across rocky terrain while sections of the colony implode in the distance. The settlement airlock begins closing. Final shot: the vehicle slides through seconds before the dome catastrophically fails behind it. Ultra-realistic hard sci-fi, Martian landscape, dramatic tension, realistic physics, cinematic scale, IMAX quality.

Details

0:15

Wan 3.0

A tiny escape pod launches from a gigantic space station orbiting a gas giant. The camera follows close behind. Moments later the station begins breaking apart. Explosions ripple through kilometers of structure. Massive debris fields form around the pod. The pilot navigates through collapsing corridors of metal and fire. Giant station fragments tumble in every direction. The pod squeezes through an impossibly narrow opening. Final shot reveals the escape pod emerging into open space as the entire station disintegrates behind it. Ultra-realistic hard sci-fi, realistic physics, immense scale, cinematic tension, detailed debris simulation, IMAX quality.

Details

0:15

Seedance 2.0

15-second cinematic sci-fi action sequence, 16:9, ultra-realistic, vibrant stellar colors, IMAX-quality cinematography, realistic motion, no visible face, no text, no dialogue. A spacecraft cruises through a vast solar system. Ahead, the system's sun burns peacefully. Suddenly another sun appears. Not arriving. Appearing. A second star ignites nearby. The entire system reacts instantly. Asteroids change direction. Planetary rings distort. Comets accelerate. The pilot is caught inside the gravitational chaos. Massive rocks collide and explode into debris clouds. The fighter threads through the destruction while both suns illuminate the scene from opposite directions. The sky becomes blindingly bright. The two stars begin pulling everything apart. Cut.

Details

0:15

Seedance 2.0

A catastrophic collision between two massive space stations in low Earth orbit. Metal shears apart in slow motion as the stations grind into each other, sending a hailstorm of debris spiraling outward. Entire modules crumple like tin cans. Pressurized compartments blow out in violent bursts of crystallizing atmosphere. Solar panels shatter and cartwheel into the void. The camera tumbles through the wreckage as an isolated astronaut in a white EVA suit ragdolls past, arms flailing helplessly. Explosions ripple down the station’s spine. Earth looms enormous in the background, serene and indifferent. Hyper-realistic, catastrophic scale, orbital debris field, 8k, Gravity collision sequence energy.

Details

0:10

Seedance 2.0

A catastrophic collision between two massive space stations in low Earth orbit. Metal shears apart in slow motion as the stations grind into each other, sending a hailstorm of debris spiraling outward. Entire modules crumple like tin cans. Pressurized compartments blow out in violent bursts of crystallizing atmosphere. Solar panels shatter and cartwheel into the void. The camera tumbles through the wreckage as an astronaut ragdolls past, arms flailing. Explosions ripple down the station spine. Earth looms enormous in the background, serene and indifferent. Hyper-realistic, catastrophic scale, ISO debris field, 8k, Gravity collision sequence energy.

Details

0:15

Seedance 2.0

15-second cinematic photorealistic science-fiction action short, 16:9. A gigantic futuristic city travels through deep space inside an enormous asteroid storm. Thousands of spacecraft fly alongside it, actively manipulating the asteroids into a constantly moving defensive shield. Suddenly an enemy fleet attacks. Hundreds of fighters dive into the asteroid field. The city accelerates. Asteroids slam into attacking ships. Defensive spacecraft race between enormous rocks, pushing them into new trajectories. A massive enemy warship breaks through the asteroid shield and fires directly at the city. The entire city suddenly changes direction. The asteroid field moves with it. Millions of rocks swing into formation around the city like a gigantic mechanical organism. The attacking warship realizes too late that the asteroid field itself is the city's weapon. A colossal impact fills the screen. End on the city disappearing into the moving storm. Photorealistic hard science fiction, spectacular asteroid environments, relentless combat, massive moving structures, fast camera movement, detailed spacecraft, huge scale, cinematic action, no text, no logos, no anime, no cartoon.

Details

0:15

Seedance 2.5

Create a premium 3D 15-second vertical preschool space adventure. add educational sound for kids. Main character: Cute toddler wearing a tiny blue astronaut suit. 0–3 sec: A toy rocket magically grows and takes him into space. 3–6 sec: He flies beside Earth. Display and saying: “EARTH ” 6–9 sec: He passes the red planet. Display and saying: “MARS” 9–12 sec: Giant Saturn appears with beautiful rings. Display and saying: “SATURN ” 12–15 sec: The toddler waves from his rocket while the planets glow behind him. Display: “Amazing Space! ” Keep space bright, friendly and non-scary.

Details

0:30

Happy Horse

Create a 30-second vertical 9:16, 4K HDR, 24fps ultra-realistic miniature Moon Base construction time-lapse. Photorealistic lunar diorama, detailed astronauts, cranes, cargo vehicles, metal/glass structures, lunar dust, hard sunlight, deep black space, Earth visible, cinematic macro photography, shallow depth of field. Realistic miniature scale, NOT cartoon, toy-like or artificial CGI. CORE RULE: Build the Moon Base rapidly piece by piece. Every major component must visibly be carried/guided → crane lifted → positioned → clamped/bolted → workers move to the next component. Realistic weight, cables under tension, physical contact, accurate alignment. No teleportation, floating parts, magical assembly, instant finished structures or random appearances. 0–5s — FOUNDATION Start with an empty lunar site. Astronauts survey and mark the area while cargo vehicles arrive. Crane unloads large foundation panels. Workers guide and lock panels one by one, rapidly forming a circular foundation. 5–10s — HABITAT MODULES Cranes lift cylindrical habitat modules using cables. Workers guide and secure three modules onto the foundation. Pipes and cables are connected between modules. Structure visibly grows with every placement. 10–15s — DOME FRAME Workers unload curved metal ribs. Cranes lift and position ribs one by one while astronauts bolt the joints. Add horizontal support beams until a complete curved dome framework forms. 15–20s — DOME + SOLAR POWER A transparent dome panel is lifted and secured. More panels arrive and are installed rapidly until the dome is enclosed. Immediately begin installing multiple solar-panel arrays; workers unfold panels and connect power cables. 20–24s — COMMUNICATION + INFRASTRUCTURE Workers crane-lift communication tower sections one by one, bolt them together and install an antenna dish. Nearby workers build a modular lunar road and small rover garage using individual panels. 24–27s — ROVER + EQUIPMENT Cargo vehicle unloads a lunar rover using a ramp. Workers attach wheels and equipment while others install oxygen tanks, scientific instruments, exterior lights, pipes, satellite dishes and storage units around the base. 27–30s — FINAL REVEAL Camera rapidly rises and pulls backward, revealing the fully operational Moon Base: enclosed transparent dome, habitat modules, solar arrays, communication tower, lunar road, rover garage, rover, equipment, cargo vehicles and tiny astronauts. Rover drives along the new road. Earth appears above the lunar horizon. CAMERA: Start low and close to the lunar surface, smoothly push toward important construction actions, then gradually rise and pull backward for the final reveal. STYLE: Premium photorealistic miniature construction documentary, realistic lunar dust, metal reflections, transparent glass, strong shadows, cinematic macro lens, realistic time-lapse movement. STRICTLY AVOID: cartoon/anime, plastic toy appearance, excessive CGI, distorted astronauts, inconsistent scale, floating objects, teleportation, magical construction, sudden finished structures, text, logos, watermarks.

Details

0:18

GPT-6 Astra

Create game ready 3d fully rigged honor harrington most advanced spaceship from the book series called "honor harrington" When done with main model create combat scene where main model fights 3 hostile ships

Details

0:30

Runway Gen-4

Immersive first-person flying camera perspective, no visible drone or flying device. Designed for a continuous 30-second sequence. The camera launches at extreme speed into a colossal abandoned spaceport at night, skimming only inches above cracked metal flooring and scattered debris as it races through a massive derelict hangar. It snap-rolls between suspended spacecraft, knife-edges past giant dormant engines, dives beneath rusted mechanical arms, and threads through rotating blast doors with razor-thin precision. Without slowing, the camera performs rapid S-turns through narrow maintenance corridors, bursts into a vast launch chamber, corkscrews around towering fuel tanks, wall-hugs along the inside of a gigantic tunnel, then plunges through the hollow frame of a half-assembled starship. Emergency lights begin flickering on one by one, revealing colossal gantries, hanging cables, drifting sparks, and endless industrial architecture swallowed by darkness. The camera power-loops around a reactor core, split-S reverses through a collapsing service shaft, then accelerates into a vertical launch tower, climbing straight upward through concentric rings, steam bursts, and rotating machinery. The ascent becomes overwhelming as the entire station suddenly reactivates below, with runway lights, engine glow, and launch systems illuminating the dead complex. In the final seconds, the camera bursts out of the tower into the upper atmosphere and then into orbit, revealing the entire abandoned spaceport glowing to life beneath, attached to a vast planetary launch network stretching across the surface. Continuous POV shot, no cuts, relentless acceleration, extreme high-speed FPV, aggressive banking, rapid altitude changes, barrel rolls, corkscrews, split-S maneuvers, power loops, realistic inertia, cinematic motion blur, volumetric smoke, sparks, dramatic sci-fi lighting, hyper-detailed environments, blockbuster spaceport VFX, IMAX quality.

Details

0:15

Seedance 2.0

[0-4s]: Wide shot, static tripod, a lone astronaut stands on a red Martian plain at dusk, dust swirling at their boots, the low hum of wind across the desert. [4-8s]: Slow push-in to medium shot, the astronaut kneels and places a gloved hand on the soil, visor reflecting the sunset, breathing audible inside the helmet. [8-12s]: Hard cut to close-up of the gloved hand lifting a handful of red dust, grains falling in low gravity slow motion, each particle catching the fading light. [12-15s]: Extreme close-up on the visor reflection showing Earth as a tiny blue dot, static hold, a single heartbeat, then silence. Hyper-realistic, 8k, Gravity cinematography, Interstellar sound design.

Details

About Space prompts

Generated space scenes fail when they look like a postcard of the cosmos — everything lit evenly, nebulae everywhere, planets the size of beach balls. Real space imagery is defined by emptiness and proportion: almost nothing in frame, and the one thing that is there is incomprehensibly large or far.

So the prompt's job is to construct scale, and scale only exists relative to something known. Put an astronaut against a station's hull, a station against a planet's limb, a planet against its star. One light source — the sun, an engine burn, a warning beacon — because vacuum has no atmosphere to scatter a second one. "Cinematic space lighting" is how you get a studio with stars painted on it.

For video the same logic extends to motion: nothing drifts fast in space, and nothing banks like an airplane. The prompts below are tested with their real outputs — notice how the strongest ones spend their words on what the camera is small next to, not on what the scene contains.

How to write Space prompts

1Build scale with a known reference: "an astronaut's glove against a hull that fills the frame", "a shuttle crossing the planet's terminator". Without a familiar object, vastness has no ruler.
2Commit to one light source and name it: "lit only by the sun, low off frame left", "the blue flicker of an engine burn". Two light sources in vacuum reads as a film set.
3Prompt the physics: "no atmospheric haze, shadows fully black", "dust motes hanging motionless in zero gravity". Vacuum imagery convinces when it refuses Earth-like air.
4Frame the emptiness on purpose: "the subject small in the lower third, the rest void". Negative space is the subject's size.
5For video, slow everything: "the station rotates once across the shot", "the planet's limb slides past over minutes". Speed is the enemy of mass.

Frequently asked questions

Why does my AI space scene look small and flat?

Usually because everything is lit and nothing is referenced. Put one known object (a person, a craft, a window frame) against the vast element, cut the lighting to a single named source, and let shadows go fully black. Scale is comparison; flatness is everything at once.

How do I make a planet look actually huge?

Never show the whole sphere. Show its limb curving gently through the frame with a small craft for scale, cloud bands spanning the full width, and the horizon swallowing the edges. A planet that fits in frame reads as a ball; a planet that doesn't fit reads as a world.

What changes for space in AI video?

Mass and time. Nothing accelerates or turns quickly — ships drift, rotate, and slide. Prompt the camera to hold still and let the scene move through it, and stretch every motion across seconds. The fastest way to break space video is motion that has weight nowhere.