Animateany idea.

Describe it in plain English. Lecture Labs writes the Manim. The sandbox renders it — with voiceover, frame-perfect.

1080p · 60fpsKokoro TTSManim sandboxservice running

GeneratedScene.py · rendering…live

videoscene_03.py

1920 × 1080 · 60fps

scroll

∫∑∂∇πε∞ℝℂlimsin θe^iπf′(x)dx/dt‖v‖⟨u,v⟩∀x∃!Σaₙx ∈ ℝΔΦ∫∑∂∇πε∞ℝℂlimsin θe^iπf′(x)dx/dt‖v‖⟨u,v⟩∀x∃!Σaₙx ∈ ℝΔΦ

You write a sentence.

Plain English, plain math, or anything in between. Reference any Manim primitive — or just describe what should happen.

prompt

Lecture Labs writes the Python.

Lecture Labs writes a Manim scene script, aligns each animation beat to a voiceover line, and queues it for rendering.

scene_03.py

from manim import *

class GeneratedScene(Scene):
    def construct(self):
        axes = Axes(x_range=[-PI, PI])
        curve = axes.plot(lambda x: np.sin(x))
        eq = MathTex(r"f(x) = \sin(x)")

        # NARRATE: "Watch the sine emerge"
        # self.wait(0)
        self.play(Create(curve))
        self.play(Write(eq))

output.mp4 · 1080p · 60fps

“Watch the sine emerge from a single rotating point…”

Hear and see it render.

Synced Kokoro voiceover. Frame-perfect timing. Refine any scene or hand-tune the Python directly.

“…so the squares on the legs equal the square on the hypotenuse.”

quicksorttransformer attentionmitosisF = mabinary search treeDNA replicationgradient descentdouble-slit experimentTCP handshakeKrebs cycleDijkstra's algorithme = mc²

Any concept. Animated.

Math, computer science, physics, biology, economics — anything you can describe, Lecture Labs can stage.

04 / vs. doing it yourself

×without Lecture Labs

install manim, ffmpeg, latex, sox
read 40 pages of docs
write 200 lines of Python per scene
record voiceover separately, align by hand
render. wait. tweak. render. wait.
~6 hours per minute of video

✓with Lecture Labs

open browser
type a sentence
scrub timeline · edit script · regenerate
Kokoro voice synced automatically
local sandbox rendering · instant preview
~6 minutes per minute of video

Make math
move.