Geometry. Motion. Consequence.
Nothing imported.
Everything engineered.
Five studies, built from code. Moving machinery. Separated forms. A different perspective on what holds things together.
003 / radial motion
Nine cylinders. One heartbeat.
A radial engine, opened to the moving parts. Follow one revolution from the centre out.
Repetition becomes motion.
Look past the surface.
Nine finned cylinders, moving pistons and a common centre. Open the case to see the motion; spread the parts to reveal the circular structure.
004 / form & perspective
Glock. Form, separated.
A familiar silhouette becomes a spatial composition. Pull the major forms apart, then inspect either side.
A different point of view.
Separate it. Turn it. Look again.
The exploded view reveals overlapping exterior forms. Opposing cameras and reversible turntable motion expose both sides without mirroring the geometry. Click a part to isolate its visual role.
005 / form & perspective
Long lines. Both sides.
A stylized sniper profile. Left to right. Right to left. Turn the object, not a mirrored image.
A different point of view.
Separate it. Turn it. Look again.
The exploded view reveals overlapping exterior forms. Opposing cameras and reversible turntable motion expose both sides without mirroring the geometry. Click a part to isolate its visual role.
002 / propulsion
Air in. Thrust out.
A turbofan, opened up. Follow the air.
Find the machinery that keeps it moving.
Procedural geometry, built in your browser. JavaScript and WebGL 2 enable the interactive view.
Two spools. One continuous cycle.
The inside is the interesting part.
Fan, compressor, combustor, turbine, exhaust. Every blade and casing is generated from code. Open the shell, separate the modules, and watch independent rotor rows turn around a common axis.
001 / locomotion
Steam. Steel. Motion.
The original study. Turn the wheels. Take it apart.
A code-generated machine is taking shape. JavaScript and WebGL 2 enable the interactive view; the assembly notes below work without them.
Inside the machine
Understand it
by taking it apart.
A model is an explanation.
Every cylinder, spoke, rivet and connecting rod begins as a dimension. The model is assembled at runtime, and its motion is calculated—not played back from an animation file. Select an assembly to see where it fits.
An original stylized mechanism study, not a historical replica or a steam-physics simulation. The model remains on its inspection track while the mechanism runs.