✧

AURELION

MERIDIAN–07 / OPERATIONS TWIN

✧

AURELIONMERIDIAN–07 · EQUATORIAL LIFT SYSTEM

NETWORK ACTIVE EARTH / 00° N T+00:00:00

MISSION CONTROLREV 1.0 / M07

OBSERVATION FRAME

CLIMBER DISPATCH

PAYLOAD MASS 80 t TARGET ACCELERATION 0.65 m/s² GRID POWER LIMIT 240 MW

SIMULATION CLOCK

SYSTEM CONFIGURATION

EQUATORIAL WIND 12 m/s RENDER DENSITY HIGH

ENGINEERING LABELS

AUTOMATIC DISPATCH

TELEMETRY / LIVENOMINAL

ACTIVE CLIMBERS0VEHICLES IN TRANSIT

NET GRID DRAW0.0 MWREGEN ACTIVE

BASE TETHER LOAD0.00 GNSIMPLIFIED DYNAMIC LOAD

ENERGY CONSUMED0.0 MWhACCUMULATED

TELEMETRY HISTORY ROLLING WINDOW

POWERLOAD

ACTIVE CLIMBERS 0 / 12

No active transfers. Dispatch a climber to begin.

SCENARIO LIBRARY

MISSION EVENT LOG

LIVE VIEW / GROUND TERMINAL

AURELION EQUATORIAL TERMINAL

24-kilometre oceanic transfer platform · cargo logistics · launch megastructure

CAM / EXTERNALDRAG TO ORBIT · SCROLL TO ZOOM · WASD TO PAN

◉ ANCHOR CORE SELECTEDORIGIN REBASED · LOCAL COORDINATES● 3D ENGINE ONLINE

AURELION · CONTROL MANUAL

This is a stylized operational digital twin, not a certified structural simulation. Route distances are represented in separate floating-origin camera frames for interactive astronomical-scale visualization.

Navigation: drag to orbit, wheel to zoom, WASD / arrows to move, Q/E to elevate. Use the five observation frames to explore the ground, tether, geosynchronous transfer ring, control interior, and planetary view.

Operations: launch climbers, adjust acceleration, payload, and available power. The simplified physics model calculates acceleration/braking, gravity and centrifugal influence, tether strain, and energy consumption. Time warp is accelerated simulation time.

Emergency: E-STOP decelerates all climbers and suspends automated dispatch. RESET restarts the simulation.

Made with 🤖 ChatGPT · Three.js