Skip to content

Free YouTube Transcript & Summary Tool

Transform YouTube videos into actionable insights instantly. Perfect for students, researchers, content creators, and professionals who need quick, accurate information from YouTube videos.

  • Works with any YouTube Video
  • Get accurate transcriptions fast
  • Support for 12+ languages
  • Share results instantly

A free sample of LunaNotes — an AI note-taking app that turns anything you're learning from (videos, PDFs, audio, meetings, your own writing) into a structured note you can edit, plus diagrams, flashcards and an AI chat built from it.

This tool runs one step of that on its own: you get the summary, free, right here, with no account.

See what an account adds
Get Started - It's Free!

Enter a YouTube URL to get your transcript and summary instantly.

This tool gives you the transcript. LunaNotes gives you the rest.

LunaNotes is an AI note-taking app: bring a video, a PDF, an audio file, a meeting or your own writing, and it becomes a note you can edit, study, revise and ask questions of. The free tool stops where that work starts.

  • A structured note, not a wall of text

    Headings, hierarchy, and the details that matter — editable the moment it lands, and searchable forever after.

  • A diagram of how it connects

    Turn the note into a concept map or flowchart. The relationships prose hides become obvious.

  • Flashcards that test your material

    Generated from your own note, so revision starts from something you've already processed.

Start for free

Free plan: 500 AI credits a month, 5 diagrams, 5 flashcard decks. No credit card.

How It Works

Get your YouTube transcript and summary in three simple steps

1

Paste URL

Enter any YouTube video URL

2

Generate

Get instant transcript and summary

3

Share

Get a unique, shareable page

Frequently Asked Questions

Everything you need to know about our free YouTube transcript and summary tool

Let's Try!

Start taking better notes today with LunaNotes

Random Summaries

The Psychology of Premium Brands: How to Charge 10x More

The Psychology of Premium Brands: How to Charge 10x More

Discover the timeless principles that luxury brands like Nike, Lululemon, and Nespresso use to command premium prices. This video breaks down the psychology of exclusivity, identity, and storytelling, offering a three-step process to position any brand as a premium leader and build customer loyalty.

Douleur : Nocicepteurs, Voies Nerveuses et Mécanismes de Modulation

Douleur : Nocicepteurs, Voies Nerveuses et Mécanismes de Modulation

Ce module explore la douleur comme une modalité sensorielle complexe, intégrant des composantes sensorielles et affectives. Il détaille les nocicepteurs périphériques, les fibres nerveuses (A-delta et C), la voie spinothalamique, ainsi que les mécanismes de modulation spinaux et supraspinaux qui régulent la perception douloureuse.

Somesthetic System: Sensory Pathways (Lemniscal & Spinothalamic)

Somesthetic System: Sensory Pathways (Lemniscal & Spinothalamic)

Explore the somatosensory system, detailing the structures and pathways (lemniscal and spinothalamic) responsible for transmitting touch, pain, and temperature information from the periphery to the brain. This summary covers sensory receptor activation, nerve fiber types, spinal cord organization, and the process of cortical integration leading to conscious perception.

Voies de Transmission Somesthésiques : Système Lemniscal et Spinothalamique

Voies de Transmission Somesthésiques : Système Lemniscal et Spinothalamique

Ce module explore le parcours des informations sensorielles (toucher, douleur, température) depuis les récepteurs périphériques jusqu'au cortex cérébral, en détaillant les deux grandes voies ascendantes : le système lemniscal (toucher précis) et le système spinothalamique (douleur et température).

Somesthésie : Récepteurs Cutanés, Toucher et Douleur Expliqués

Somesthésie : Récepteurs Cutanés, Toucher et Douleur Expliqués

Découvrez le fonctionnement de la somesthésie, de la peau aux récepteurs. Explorez les mécanismes du toucher, de la pression, des vibrations, de la température et de la douleur, ainsi que les techniques comme la microneurographie qui ont permis de caractériser ces capteurs sensoriels essentiels.