JDM Engine List

Interactive database of legendary Japanese Domestic Market engines with specifications, sorting, and filtering.

What are we building today?

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Welcome to HayaBoost

HayaBoost is an all-in-one developer toolbox offering a premium, secure, and fast collection of utilities designed for developers, programmers, and system administrators. All operations run 100% in your browser, meaning your data never leaves your computer. We do not store or transmit any of your inputs, assuring absolute privacy and compliance.

Secure & Private

No backend processing. All cryptographic hashing, text encoding, and fluid simulations are performed locally via client-side JavaScript.

Instant Response

Built with vanilla JS and CSS, ensuring instantaneous results and zero latency. No heavy page reloads or server round-trips.

Open Utilities

From simple encoders (Base64, URL) to complex computational fluid simulations and interactive games (Tetris), we compile everything you need daily.

Frequently Asked Questions

Is HayaBoost free?

Yes, all developer tools provided on HayaBoost are 100% free to use. There are no limitations or registration walls.

Are my strings or credentials safe when using HayaBoost?

Absolutely. Unlike standard online tools that post data back to a server database, HayaBoost computes everything client-side. Your inputs, keys, and values are never sent over the internet.

Does HayaBoost work offline?

Since the tools run entirely on your browser, you can continue using the open page even if your internet connection drops. The app references only static libraries and standard browser API methods.

0 Total Engines
0 HP Max Power
0 Nm Max Torque
- Dominant Layout
Code Power Torque Type Displacement Bore x Stroke Comp.
Edit / Paste Raw Engine Data (TSV Format)

Paste data directly from Excel or a tab-separated text file. Columns must follow this order: Engine Code \t Engine Type \t Displacement & Layout \t Bore x Stroke / Rotor Metric \t Compression Ratio \t Max Power Output \t Max Torque Output \t Key Application Models.