Cancel LogicalArt Subscription

Published by CrazyLazy OU on 2026-01-26

Uncover the ways CrazyLazy OU (the company) bills you and cancel your LogicalArt subscription.

User Rating: 4.0/5

Cancellation Ease: Unrated

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Cancel on iOS
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Cancel via Paypal
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🚨 Guide to Canceling LogicalArt 👇

Note before cancelling:

The developer of LogicalArt is CrazyLazy OU and all inquiries go to them.
Check CrazyLazy OU's Terms of Services/Privacy policy if they support self-serve cancellation:
- https://logicart.crazylazy.xyz/computer
Always cancel subscription 24 hours before it ends.

🌐 Cancel directly via LogicalArt

Mail LogicalArt requesting that they cancel your account:
Login to your LogicalArt account.
In the menu section, look for any of these: "Billing", "Subscription", "Payment", "Manage account", "Settings".
Click the link, then follow the prompts to cancel your subscription.

End LogicalArt subscription on iPhone/iPad:

Goto Settings » ~Your name~ » "Subscriptions".
Click LogicalArt (subscription) » Cancel

Cancel subscription on Android:

Goto Google PlayStore » Menu » "Subscriptions"
Click on LogicalArt: Circuit Simulator
Click "Cancel Subscription".

💳 Cancel LogicalArt on Paypal:

Goto Paypal.com .
Click "Settings" » "Payments" » "Manage Automatic Payments" (in Automatic Payments dashboard).
You'll see a list of merchants you've subscribed to.
Click on "LogicalArt" or "CrazyLazy OU" to cancel.

Have a Problem with LogicalArt: Circuit Simulator? Report Issue

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About LogicalArt: Circuit Simulator?

1. You can start with the basic logic gate (NOT, AND, OR and XOR) and work up to chips with specific functions such as D-flip, JK-flip, Full Adder, Program Counter, Register, Bridge and Memory.

2. This is for you if you're a software engineer or developer looking to gain a deeper understanding of computer systems beyond assembly, or if you're interested in state machines or computer theory, such as finite automata.

3. You may need to understand how semiconductors and transistors work, and how a logic gate are built from it.

4. You can draw, analyse and simplify logic gate networks with ease, without the need for soldering or dismantling breadboards.

5. Build complex logic functions without the cost of physical components or the risk of damaged hardware.