Turn any script into voice you own.
Write or paste your text, pick from real AI voice engines, and generate finished text to speech audio in seconds. Add bracketed cues when you want a voice to act them, then export MP3 or WAV with commercial rights.
No credit card · 5 real engines · The audio is yours
Welcome back. [warmly] It is good to have you here.
Same line. Three deliveries.
The bracketed cue is an instruction the engine acts. Pick one and press play: each take is real Gemini Flash output, recorded unedited.
[whispering]Don't go in there... something moved.
Real Gemini Flash output, unedited. About 1,000 characters is a minute of audio.
From a blank script to audio you own.
Step 1: Write your script
Type or paste up to 30,000 characters. Add bracketed [emotion] cues anywhere you want a voice to act them.
Step 2: Pick an engine and voice
Choose from real engines and their own voices, or follow the open benchmark to the one that fits the job.
Step 3: Generate
One request returns finished audio in seconds. Preview it right in the console before you keep it.
Step 4: Own and export
Save to your library and export MP3 or WAV. Commercial rights, worldwide, no watermark.
What Text to Speech gives you.
Voices that act your cues
Gemini Flash reads bracketed [whispering] or [excited] directions as performance, not as text. Plain-read engines tell you up front when they will not.
Every engine, one studio
Gemini Flash, Kokoro, Grok Voice, MAI Voice 2, and Zonos all live in the same text to speech studio. Switch between them with one tap and pick the voice that fits the moment.
Long-form scripts
Up to 30,000 characters per generation, so a full article or chapter section goes through in a single pass.
Export and own
Download every generation as MP3 or WAV. A plain-language license per generation, not a credit meter.
Pick by measured numbers
The open benchmark publishes real wall-clock latency and languages so you choose an engine on evidence, not marketing.
Flat pricing
Start free on the open-weight engine and move up only when a job earns it. No per-character credit anxiety.
The engines behind it.
The only engine here that acts your bracketed [emotion] directions.
- Quality Elo
- 1225
- Latency
- 2770 ms (measured 2026-06-10)
- Languages
- 24
- Rights
- Commercial use; outputs are yours
Cheapest. Clean, plain read. Ignores cues.
- Quality Elo
- 1060
- Latency
- 973 ms (measured 2026-06-10)
- Languages
- 8
- Rights
- Apache-2.0 model; commercial OK
xAI voice with 5 personas. Plain read, ignores cues.
- Quality Elo
- 1197
- Latency
- 2444 ms (measured 2026-06-10)
- Languages
- 1
- Rights
- Commercial use; outputs are yours
Microsoft voice with real style and speed controls.
- Quality Elo
- 1007 *
- Latency
- 2426 ms (measured 2026-06-10)
- Languages
- 1
- Rights
- Commercial use; outputs are yours
Open-weight Zyphra engine with four accent voices.
- Quality Elo
- 1000 *
- Latency
- 4523 ms (measured 2026-06-10)
- Languages
- 1
- Rights
- Apache-2.0 model; commercial OK
Quality Elo from the Artificial Analysis Speech Arena, retrieved June 10, 2026. Latencies are our own real wall-clock numbers.
Real audio, straight from the engines.
Each sample is real engine output for the line on its card, recorded unedited. Open the console to generate your own.
“Your words, in a voice you own. Generated in seconds, exported in one click.”
“Welcome back. It is good to have you here, so let us pick up right where we left off.”
“[whispering] Lean in, because this part is just between us.”
What makes text to speech sound human.
Text to speech is the conversion of written words into spoken audio by a model trained on human speech. The definition takes one sentence; the craft is everything after it, because two engines reading the same script can land the same sentence completely differently.
The first difference is delivery. Most text to speech reads every sentence at one even pitch, which is exactly what makes it register as synthetic. An engine that acts direction closes that gap: write [weary] before a line and Gemini Flash performs the weariness instead of printing it. The plain-read engines here say up front that they will ignore cues, which is its own kind of useful.
The second difference is fit. A news digest wants Kokoro's fast even read, a character wants one of Grok Voice's five personas, and a tutorial wants MAI Voice 2 slowed to teaching pace. No single engine wins every text to speech job, which is why this studio holds five and the open benchmark publishes how each one actually measures.
The third difference is the script itself. Spell numbers the way you would say them, break up long sentences, and read the result aloud once before generating. Text to speech rewards writing for the ear, and the expressive engines reward it most of all.
The honest answers.
What Text to Speech can and cannot do today, in plain language.
Is the audio real, or prerecorded?
Which engine should I pick?
Who owns what I generate?
How long can my script be?
How does pricing work?
Is text to speech good enough for finished work, or only drafts?
Start generating with Text to Speech.
Free to start, no credit meter. Open the console and hear it for yourself.