What is kokoroai.org?

Kokoro TTS is a free online tool designed to transform written text into high-quality, natural-sounding speech. It utilizes an efficient 82 million parameter AI engine, balancing model size with performance to ensure rapid processing and effective operation across various applications. This approach facilitates instant audio generation, allowing users to hear synthesized speech in real-time.

The platform features AI voices engineered to understand context and emotion, delivering expressive and human-like audio output. Kokoro TTS offers flexibility through voice customization, enabling users to adjust voicepacks to achieve specific tones or styles suitable for different projects. Furthermore, it supports multiple languages, including American English, British English, French, Korean, Japanese, and Mandarin, making it a versatile solution for both content creators needing audio for podcasts or audiobooks and developers seeking to integrate text-to-speech capabilities into their applications.

Features

Efficient 82M Parameter Engine: Balances model size and performance for faster processing and efficient operation.
Instant Audio Generation: Provides ultra-fast real-time audio generation for immediate voice output.
Naturally Expressive AI Voices: Understands context and emotion to deliver human-like, engaging audio.
Flexible Voice Customization: Allows users to customize voicepacks for specific tones or styles.
Multiple Language Support: Supports American English, British English, French, Korean, Japanese, and Mandarin.
Designed for Creators and Developers: Caters to both content creators (podcasts, audiobooks) and developers integrating TTS functionality.

Use Cases

Generating voiceovers for podcasts
Creating audiobooks from text
Integrating text-to-speech functionality into applications
Producing audio content for global audiences
Generating immediate voice feedback in applications

FAQs

How does the Kokoro TTS Text to Speech differ from other TTS technologies?

Kokoro TTS stands out due to its small size, open-source nature, and exceptional performance. These characteristics make it accessible and efficient for a wide range of users and applications.