Orbit the full shaft line from flywheel to propeller, run the fitted-bolt + hydraulic tensioning sequence, compare white-metal vs ball bearings, then watch the lip seals wear, sea water enter and the shaft drop on the Pokers gauge.
Drag to orbit · scroll to zoom · click a part to isolate it · use W A S D to fly
What's inside this 3D model
- Line shaft & flywheel
- Couplings & fitted bolts
- White-metal vs ball bearings
- Lip seals & liners
- Propeller drop
- Pokers gauge check
How to use this 3D view
- Orbit & zoom — drag to rotate around the shaft bearings, scroll or pinch to zoom into details.
- Isolate parts — click any component in the side panel (or its floating label) to highlight it and dim the rest.
- Run the simulation — switch modes at the top of the viewer to animate loads, sequences and operating cycles.
- Read the topic — open The Propeller Shaft: Bearings, Couplings & Propeller Drop for theory, sketches and oral-prep questions.
About: Shaft Bearings in 3D
Orbit the full shaft line from flywheel to propeller, run the fitted-bolt + hydraulic tensioning sequence, compare white-metal vs ball bearings, then watch the lip seals wear, sea water enter and the shaft drop on the Pokers gauge. This free interactive 3D view of the shaft bearings is built for marine engineers, cadets and seafarers preparing for orals — open it on any device, explore every 6 labelled part, and then continue with the full The Propeller Shaft: Bearings, Couplings & Propeller Drop topic.
FAQs
What can I explore in this 3D view of the shaft bearings?
You can orbit, zoom and isolate Line shaft & flywheel, Couplings & fitted bolts, White-metal vs ball bearings, Lip seals & liners and 2 more parts. Click any component to focus it and read what it does.
Do I need to install anything to open the Shaft Bearings 3D model?
No. The Shaft Bearings 3D view runs entirely in your browser with WebGL — just open the page on a phone, tablet or desktop and drag to orbit.
Where can I learn the theory behind the shaft bearings?
Open the linked topic “The Propeller Shaft: Bearings, Couplings & Propeller Drop” below the viewer for the full explanation, sketches, oral-prep questions and related 3D simulations.