UMBRAWELL / DM–2800 | MySimulator.uk

MISSION CONTROL / 001LIVE MODEL

The invisible frontier

A 2.8 km orbital interferometer designed to detect phase disturbances in speculative dark-sector research.

OPERATIONAL PRESET

CRYOGENIC SYSTEM

Helium loop temperature−257°C

−269°C−220°C

CONTAINMENT & MOTION

Ring rotational velocity0.18 RPM

Calibration carriage speed0.45×

Detector iris aperture68%

PHASE INJECTION

Beam intensity78%

Coherent beamLongitudinal phase injection Motion systemsRotor and scan animation

SUBSYSTEM VISIBILITY

Outer shieldingSegmented titanium–ceramic shell Truss & drive architectureGirders, actuators and rails Research beamVolumetric phase visualization Internal volumesHabitat, maintenance, detector

VIEWPORT SETTINGS

Cinematic bloomPost-processed light scatter Engineering labelsCamera-projected major subsystem IDs

RENDER QUALITY

LOADED ASSETS

Procedural hull and texture atlas
Loading auxiliary glTF models…

CAMERA WAYPOINTS

NAVIGATION

Orbit: drag to rotate, scroll to zoom, right-drag to pan. Fly: enable fly mode, then click the scene and move with WASD, Q/E and Shift. Press Esc to release the pointer.

REFERENCE FRAMEHELIOCENTRIC / ORBITAL–L5

X +0000 · Y +0000 · Z +0000

1 KM

CLICK A COMPONENT TO INSPECT · DOUBLE-CLICK TO FOCUS

LIVE TELEMETRY / MODELLED

PHASE COHERENCE96.4%

POWER DRAW7.8 TW

ALIGNMENT ERROR0.24 μrad

PHASE TRACE / LAST 60 S

COMPONENT INSPECTION / —

Select a subsystem

Click any highlighted mechanical system in the scene to identify and examine it.

CLASSSYSTEMSTATUSNOMINAL

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UMBRAWELL / DM–2800INITIALISING INTERFEROMETRIC SYSTEMS

THREE.JS · PROCEDURAL ENGINEERING GEOMETRY · WEBGL 2

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