{"id":2074,"date":"2026-05-04T09:00:00","date_gmt":"2026-05-04T09:00:00","guid":{"rendered":"https:\/\/wiro.ai\/blog\/?p=2074"},"modified":"2026-09-27T17:57:30","modified_gmt":"2026-09-27T17:57:30","slug":"top-5-image-to-video-apis-in-2026-1-base-image-test","status":"publish","type":"post","link":"https:\/\/wiro.ai\/blog\/top-5-image-to-video-apis-in-2026-1-base-image-test\/","title":{"rendered":"Top 5 Image-to-Video APIs in 2026: 1 Base Image Test"},"content":{"rendered":"

One first frame, five different motion systems<\/h2>\n

Image-to-video comparisons are only useful when the starting conditions stay fixed. This test used one still image of a white paper airplane on a sunlit wooden desk, then asked every model for the same basic event: lift gently, glide forward, keep the office believable, and let the camera track slowly. That is deliberately not a fireworks prompt. It is a continuity test. The paper edges, desk grain, window lines, chair geometry and light shafts make it easier to see whether a model can add motion without quietly rebuilding the scene.<\/p>\n

Base image used for every run<\/h2>\n
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Prompt used to make the starting frame: Realistic photo. A white paper airplane resting on a wooden desk in a bright modern open plan office. Morning sunlight through large windows. Shallow depth of field. Crisp details. Natural colors.<\/figcaption><\/figure>\n

Test setup and what is being measured<\/h2>\n

The shared motion prompt was: Animate the scene realistically. The paper airplane gently lifts off the desk and glides forward. Slow tracking camera move. Subtle dust particles in sun rays. Natural motion. Keep the office consistent.<\/em> The scorecard is qualitative rather than synthetic: first-frame fidelity, whether the airplane remains a coherent folded object, whether the desk and windows stay stable, how well the requested camera move reads, and whether the generated clip is useful without a repair pass. These are single outputs, not a claim that one result predicts every prompt or seed.<\/p>\n

Each test kept the short-duration setting used in the original run: five seconds for PixVerse V5, Seedance Lite, Kling v2.1 Master and PixVerse Transition; six seconds for Hailuo-02. The recorded wall-clock times below are the original Wiro task times, so they include the service-side queue and processing experienced by that run rather than a benchmark of raw inference. The model documentation available for these listings describes inputs and options, but does not expose a per-output Wiro price for these exact historical configurations. Rather than reverse-engineer a cost from an unrelated example, this article leaves cost as not disclosed for each result.<\/p>\n

Models tested<\/h2>\n