GPT Image Prompt
How to useCopy this prompt and paste it into ChatGPT, Gemini, Nano Banana, or your favorite AI image tool. Adjust details if needed.
Create a highly realistic vertical educational science poster for primary school students explaining how birds fly, designed as a panoramic-style composition inside a vertical frame. Use a wide cinematic sky scene stretching across the poster like a viewing window, with the birds and airflow as the main visual focus. Do not use human characters, equal panels, a museum exhibit layout, or a central technical diagram. Keep the title small by placing “HOW BIRDS FLY” on a windsock attached to a distant observation platform near the lower-right corner.
Show three different bird species at different depths and positions, each appearing only once: a pigeon taking off from the lower-left edge, a gull gliding across the center, and a small falcon turning near the upper-right edge. Make each species anatomically distinct, with believable wing posture, feather layering, and flight motion appropriate to that bird. Present the lesson through three observed flight actions. Near the pigeon, place the large label “WINGS PUSH AIR DOWN” with the short sentence “Air pushes the bird upward.” In a broad open sky area near the gull, place “CURVED WINGS CREATE LIFT” with “Moving air helps support the bird.” Near the falcon, place “TAIL AND WINGS STEER” with “They help control balance and direction.”
Let one large feathered wing enter from the left edge as a close-up cropped detail, not as a central object. Print three bold teaching labels directly along the visible feather and body structure: “FLIGHT FEATHERS” with “Create a broad surface for moving air.”, “LIGHT BONES” with “Reduce body mass while staying strong.”, and “STRONG CHEST MUSCLES” with “Power the downstroke during flapping flight.” Show only a few broad transparent airflow ribbons, kept elegant and minimal: one flowing under the gliding gull’s wing, one trailing behind a bird to suggest forward movement, and one curving with the falcon’s turn. Do not fill the sky with technical arrows.
Use cinematic wildlife photography blended with educational clarity, with high-speed motion detail, realistic feathers, natural cloud depth, and accurate wing positions. Light the scene with bright overcast daylight, a pale silver-blue sky, soft white clouds, dark feather detail, and a touch of warm sunlight near the horizon. Keep all six teaching labels large, highly readable, and placed in calm open sky areas with strong contrast. Maintain scientific accuracy throughout: do not suggest that birds fly only because their bones are hollow, do not imply that all birds have the same wing shape, do not show lift as a magical upward beam, and do not render feathers as stiff plastic blades.