Hailuo 2.3 T2V Pro is a premium text-to-video model engineered to transform plain text into cinematic 1080p videos with exceptional visual fidelity. It delivers native Full-HD frames directly from the model, ensuring sharp, production-ready clarity without upscaling. Distinguished by its enhanced motion and physics engine, it masterfully simulates complex dynamics like debris, cloth, and realistic camera shakes. With superior temporal consistency and strong prompt adherence, the model minimizes flicker and ensures reliable, repeatable outputs. It is the definitive tool for creators seeking film-like sequences with professional-grade motion and structural stability.
Request
Authorization
Header Params
Body Params application/jsonRequired
Example
{"prompt":"A cinematic wide shot. In a high-tech desert outpost, a sudden sandstorm hits a heavy canvas tent, showing realistic cloth ripples and tension under the wind physics. Metallic debris and sand grains are blown across the frame with believable dynamics. A robotic explorer struggles to walk through the storm, its mechanical joints reacting to the wind's impact. The camera captures the intensity with a subtle, realistic handheld shake. High prompt adherence, stable motion, and consistent lighting throughout the sequence.","enablePromptExpansion":true}
Request Code Samples
Shell
JavaScript
Java
Swift
Go
PHP
Python
HTTP
C
C#
Objective-C
Ruby
OCaml
Dart
R
Request Request Example
Shell
JavaScript
Java
Swift
curl--location--request POST 'https://www.runninghub.ai/openapi/v2/minimax/hailuo-02/t2v-pro' \
--header'Authorization: Bearer [Your API KEY]' \
--header'Authorization: Bearer [Your API KEY]' \
--header'Content-Type: application/json' \
--data-raw'{
"prompt": "A cinematic wide shot. In a high-tech desert outpost, a sudden sandstorm hits a heavy canvas tent, showing realistic cloth ripples and tension under the wind physics. Metallic debris and sand grains are blown across the frame with believable dynamics. A robotic explorer struggles to walk through the storm, its mechanical joints reacting to the wind'\''s impact. The camera captures the intensity with a subtle, realistic handheld shake. High prompt adherence, stable motion, and consistent lighting throughout the sequence.",
"enablePromptExpansion": true
}'