ESP32-S3 Bench Guide
ESP32-S3 N16R8 bench guide: live pinout, lessons, simulators and the bench log.
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Interactive 3D model of the Lycoming engines in the Cessna 152 and 172
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An interactive 3D study model of the Lycoming engines in the Cessna 152 (O-235-L2C), 172P (O-320-D2J) and 172S (IO-360-L2A).
• Explore: orbit the engine and click any part for what it is, how it works and pilot's notes. Includes X-ray, section cuts, air/fuel/exhaust/oil flow, an exploded view, and parts you can pull off by hand.
• Run-up: a run-up simulator with gauges, magneto checks, carb heat, engine sound and practice faults to diagnose.
• Teardown: a 17-step guided teardown in a mechanic's order, from the propeller to the crankshaft.Read the full README ↗An interactive 3D study model of the Lycoming engines in the Cessna 152 (O-235-L2C), 172P (O-320-D2J) and 172S (IO-360-L2A).
The whole site is one file, index.html. It loads three.js from jsDelivr and fonts from Google Fonts, so there is nothing to build.
index.html at the root of the main branch.main and / (root), then click Save.https://<your-username>.github.io/<repository-name>/.The empty .nojekyll file tells GitHub Pages to publish the files as they are, without running Jekyll. Pages is free for public repositories; a private repository needs a paid GitHub plan.
Open index.html in a browser. It needs an internet connection for three.js and the fonts.
For study only. Figures come from Lycoming manuals and data sheets and from Cessna POH and checklist extracts; the POH for the specific airplane always governs.