// Constellation ops · drill-down

Drill from 1,584 satellites down to one.

Seventy-two orbital planes, twenty-two compute satellites each. The five lenses below are one continuous zoom: the whole fleet, the fleet as distributions, a single plane's 22 satellites and their laser links, one satellite in detail, and its anatomy in 3D. Click any cell in the fleet grid to choose a plane; click a satellite to focus it. The selection threads down the spine while the whole shell keeps flying.

FLEET ▸ P00 ▸ S00 LENS 1/5 SUNLIT CORE — BATT —

SYS://FLEET SUN — ECL — SEL P00·S00

Fleet health · 72 planes × 22 satellites · click a cell to select a plane terminator sweeping →

Ground track · sub-satellite points & gateways

shell 1,584 sats alt 550 km incl 53° period 95 min CONSOLE 1 · FLEET

SYS://POWER-THERMAL SOLAR —MEAN SOC —

Battery state-of-charge · across 1,584 sats

The eclipse cohort sits to the left; the bulk of the fleet holds charge on the right.

Core temperature · distribution (°C)

A right-shifting bulk signals the constellation warming through the sunlit arc.

solar array ~150 kW/sat radiator band 0–30 °C CONSOLE 2 · POWER & THERMAL

SYS://PLANE-00 SATS 22ISL laser ×4

Click a satellite to focus it · fore/aft = in-plane ISL · radial stubs = cross-plane links

Slot roster · 22 sats

ISL laser · 10 Gbps–Tbps topology grid-mesh ×4 CONSOLE 3 · PLANE

SYS://SAT-P00-S00 SUNLIT

Locator · where in the shell

ISL neighbourhood

payload AMD Versal AI compute 120 kW sustained CONSOLE 4 · SATELLITE

SYS://ANATOMY-P00-S00 7 subsystemsNOMINAL

Hover or click a subsystem · each part's glow is its live health band · slow auto-orbit

render WebGL · procedural bind .parts → emissive band CONSOLE 5 · ANATOMY (3D)

One continuous zoom, five lenses, real shell scale — the selection threads fleet → plane → satellite → anatomy down the spine while everything stays live. New instruments built for this: talos-matrix (1,584-cell grid, clickable + terminator), talos-plane (a plane's 22 sats + ISL links), talos-groundtrack (sub-satellite map), talos-histogram (fleet distributions), and a procedural 3D anatomy — alongside gauge, meter, trend, orbital, readout and the status rollup. Every value is bound to the model.