open loop · turbulent flow
no feedback · ungoverned
state · wandering ⚠
thoughtrons labs
ctrloop v2.0
t = 0.00 s
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Control system design for students, researchers and engineers — with precision, speed, and clarity.

Effortless control

Try it right here

Drag the pole. Feel the system.

second-order system · G(s) = ωn² / (s² + 2ζωn·s + ωn²) stable
s-plane ← drag the pole
step response
Damping ζ0.45
Natural freq ωn2.4rad/s
Overshoot20.5%
Settling time3.7s

That took you ten seconds. Imagine a full design loop.

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One login. Both worlds.

Academia & industry · one workspace

Sign in once. Choose your track.

Whether you're learning control theory in a classroom or shipping controllers on the plant floor, it's the same engine underneath. Sign up, pick the track that fits — academic or industry — and Ctrloop tunes itself to you.

Students & researchersPracticing engineers
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Why Ctrloop

Design. Simulate. Iterate.

01

Design at the speed of thought

Drag a pole, watch the step response move. Ctrloop closes the loop between intuition and mathematics, so design feels like a conversation — not a computation.

02

Everything in one canvas

Transfer functions, block diagrams, root locus, Bode, Nyquist and time-domain simulation live side by side. No context switching, no exporting between tools.

03

From classroom to plant floor

Students learn on the same engine engineers ship with. Skills transfer directly from coursework to real-world control problems.

Bring every loop under control.

Launch Ctrloop
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