LIVE MODEL ● EXPLORE
CHRONOGRAPH / CALIBRE C-250
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INTERACTIVE MODELAssembling geometry…
Preparing 3D meshes, movement bridges and watch train
SELECTED COMPONENT—
RENDER PIPELINEPreparing…
LOCAL · OFFLINE CAPABLE-- FPS
Orbit with left-drag (or one finger). Pan with right-drag, zoom with wheel or pinch. Click a component to inspect it.
In Assemble, select a loose part and drag it toward the original position. Press Q/E to rotate it; use Align for a close placement preview and Snap to seat it when dependencies and tolerances are met. Removing an installed part requires first removing parts it supports.
In Operate, wind the crown, then use the start/stop and reset pushers. The gears, escapement, rotor and hands move using illustrative kinematic ratios.
Keyboard: 1–6 modes · Space play/pause · S snap · A align · Q/E rotate · G hint · F focus · H hide · W wind · C chronograph · Delete remove.
An automatic chronograph brings together two fascinating mechanical jobs: keeping ordinary time and measuring an interval on demand. Under the dial is a densely organized collection of bridges, pivots, wheels, springs, levers, bearings, and controls. Each one contributes to the behavior of the instrument. A conventional photograph can reveal the outline of a watch, but an interactive exploded assembly is a more useful way to understand how its inner systems cooperate.
CHRONOVA C-250 is an original, fictional educational calibre created for MySimulator.uk. Its visual arrangement, exact dimensions, materials, tooth counts, oscillation parameters, simulated power reserve, and gear ratios are illustrative, not specifications of a commercial watch movement. Some details have been simplified to make individual parts identifiable on desktop and mobile screens. The simulator is not a repair manual, manufacturing drawing, certified timekeeper, or collision-accurate mechanical dynamics tool.
The experience contains 133 separately modeled, selectable 3D components distributed across twelve named subsystems. You can inspect an intact watch, separate parts in five different ways, rebuild it through validated connections, see through the shell, and activate kinematic demonstrations of the movement. The project needs no account, subscription, or cloud API to function after its static files have been hosted.
This is an educational, illustrative model of a fictional product: part names, masses, materials and operating figures are simplified and are not a manufacturer's drawing, a design basis or a safety/acceptance document.