Moon greenhouse strawberry fly-through
Moon greenhouse animation: one camera flight through a lunar glass dome to a floating strawberry. Copy the prompt into Claude and rename the farm.
A single camera approaches a geodesic glass farm dome on the grey Moon, passes through an airlock and glides between strawberry towers lit by pink rings. A robot picks a berry, which turns in low gravity among water droplets. The view rises overhead, then swoops outside to the glowing dome as the final line appears.
Change the farm name on the airlock plate and dome wall, the final line, the grow-light and dome glow colour, the strawberry colour and the leaf colour. It fits agritech startups, space and sustainability campaigns, and science channels, in 9:16 for TikTok, Reels or Shorts.
Use it for
- Agritech startup vertical pitch
- Space farming explainer short
- Sustainability campaign teaser
Specs
- Length: 16 seconds
- Format: vertical 9:16 (1080x1920), 30 fps
- Built with: Three.js in HyperFrames
- Category: 3D
What happens, beat by beat
- 0 to 2.1 s, the dome. Slow push (distance 50 to 40, fov 48), long rock shadows, Earth upper left, a six-point sun-glint star sliding on the glass.
- 2.1 to 4.1 s, the airlock. Swing to the door with a backlit [BRAND] 01 plate above it. The status light flips amber to green (2.4 s), the doors slide apart (2.55 to 3.05 s) and…
- 4.1 to 6.0 s, the corridor. A non-stop dolly tilted 13 degrees up so pink rings arch over the towers, a cyan nutrient tank at the vanishing point.
- 6.0 to 8.1 s, the pick. One medium three-quarter shot of the whole robot: reach, pinch (hold to 6.88 s), twist (hold to 7.32 s), lift (hold to 7.6 s), raise the berry toward the lens…
- 8.1 to 10.1 s, low gravity. Macro of the berry turning slowly, droplets orbiting it, heavy pink bokeh behind.
- 10.1 to 12.1 s, top view. Pull straight up through the apex: concentric pink rings, tower dots, rib spokes, tank in the centre, a 26 degree roll with a slight push.
- 12.1 to 16 s, the hero. Swoop down outside to a low telephoto (lens 1.5 m above the ground, 3.4 degrees up, fov 32) with a 7% push and lateral drift. Earth upper left, a quarter…
The camera is data
- Store keys as rows of time, target, azimuth, elevation, distance, fov, lens shift (setViewOffset) and a berry-follow weight. Interpolate each channel with a monotone cubic (never overshoots), distance in log…
- Past 55 degrees elevation, blend the up vector to the horizontal heading so the top-down view never flips.
- For the macro, blend the target onto the berry's live centre, and take the macro angle from the direction the robot raises the berry, so the push-in is one move.
What you can change
- [Brand name] on the airlock plate and dome wall.
- [Headline], Inter 700, about 121 px, white with a soft glow in the grow colour, near the top of the frame.
- [Grow colour, e.g. #ff4fae], [berry colour, e.g. #e8243f], [leaf colour, e.g. #3f9a46], as composition variables.
How the prompt opens
Make a silent 16-second, 9:16 (1080x1920, 30 fps) full-frame 3D film in Three.js. One continuous camera flies from a geodesic glass farm dome on the grey Moon, through its airlock, past strawberry towers under pink grow-light rings, watches a robot pick a berry, follows it turning in low gravity among water droplets, rises to a top-down view, then swoops outside to the dome glowing against black space as [your headline, e.g. "First harvest."] rises in. The farm is an invented example, e.g. a lunar farm called [brand name, e.g. Selene].
The full prompt runs 1,093 words. Copy it free (2 a day) from this page.
Copy the prompt into Claude, or pull the scene into Claude Code and render the MP4 on your machine: how it works.