

Minimax AI is a cutting-edge generative AI platform built by MiniMax, specializing in transforming natural language prompts into stunning HD video content—powered by its proprietary Video-01 foundation model.
Simply sign up using your mobile number, describe your vision in plain text, and let Minimax AI render it into a high-fidelity, 6-second HD video—no technical skills required.
For assistance, reach out via official support channels. Visit the contact us page() for email, live chat availability, and refund policy details.
Minimax AI Company name: MiniMax Inc.
Minimax AI Company address: Shanghai, China (global R&D headquarters).
Learn more about their mission, research milestones, and AI ethics framework on the about us page().
Access your account securely at the Minimax AI Login Link.
Start creating today—register instantly with your mobile number via the Minimax AI Sign up Link.
Minimax AI is a next-generation text-to-video platform developed by MiniMax, enabling users to generate vivid, high-definition video clips from simple text instructions—leveraging advanced diffusion-based architecture and temporal modeling.
After quick mobile verification, enter descriptive prompts (e.g., “A cyberpunk cat riding a neon scooter through Tokyo rain at night”), select style preferences, and generate in seconds.
Video-01 employs a multimodal transformer trained on vast video-text pairs to understand semantic intent, motion dynamics, and visual composition—producing coherent 6-second HD outputs with smooth transitions and consistent character/object persistence.
As of 2025, Minimax AI offers a generous free tier with watermark-protected HD videos. Premium tiers (starting at $19/month) unlock watermark-free exports, longer durations (up to 12s), priority rendering, and commercial licensing rights.
Early adopters praise its intuitive prompt responsiveness and stylistic versatility—especially for indie filmmakers and digital marketers. Common feedback highlights strong anime/CGI fidelity and fast iteration cycles, though some note limitations in complex physics simulation or ultra-long scene continuity.