The living map of the orbital economy

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Overhead check

Curious what's above a place right now? No location permission needed — just tap the spot on the globe.

Tap a spot on the globe

Orbital shells

43° — low-latitude capacity— 53° — the workhorse shell— 70° — high latitudes— 97° — polar coverage—

Colors mark inclination families. A 53° satellite never flies above 53° latitude — polar shells cover the rest. Positions: SGP4 over daily CelesTrak GP data; launch records from SATCAT.

Color satellites by

Launch age tints the fleet from 2019 (deep blue) to 2026 (bright) — the capex vintage of the constellation, orbiting the planet. The cyan ring around Earth is the SPCX lockup clock: progress through the 180-day schedule with tranche tick marks (amber = day 180).

Time control & system view

The TIME ENGINE (bottom-left) warps time for the whole sky — the terminator sweeps, the constellation streams, Mars visibly rotates at ×300. Zoom all the way out on Earth (or tap below) to see the Moon riding its orbit — distance compressed ~15×, tap the Moon to travel (on phones, spin the globe to find it).

⊚ Earth–Moon system view

Orbital mechanics — the short course

Everything on this map follows from a few rules. Lower is faster: at Starlink's ~550 km altitude a satellite moves about 7.6 km/s and completes an orbit in ~95 minutes; the period depends only on the orbit's size. Inclination is destiny: a satellite tilted 53° to the equator never flies above 53° latitude — that's why Starlink stacks shells at 43°, 53°, 70° and ~97° to cover the whole planet. The catalog is public: each satellite's orbit is published as a TLE (two-line element set), and the SGP4 model — the same one used industry-wide since 1980 — turns a TLE into a position at any moment. Your device is doing exactly that, ten thousand times per second of display time. Drag never sleeps: thin atmosphere at 550 km slowly pulls satellites down, which is why they fly themselves with ion thrusters and deorbit at end of life. The selected-satellite card shows the real elements: apogee, perigee, eccentricity and RAAN (where the orbit crosses the equator going north).

The constellation above is the asset; this is its price. Charts by TradingView, loaded only after you click (see privacy). Quotes may be delayed per exchange rules.

The IPO, on the record

Ticker / exchange	SPCX · Nasdaq · first trade — [src]
Priced	Jun 11, 2026 — $135.00 / share [src]
Raise	≈$75B · 555,555,555 shares — largest IPO in history [src]
First open	$150.00 · Jun 12, 2026 [src]
Valuation at pricing	≈$1.75T [src]
FY-2025 (S-1)	Revenue ≈$18.7B (Starlink $11.4B) · net loss $4.9B · Starship R&D ≈$3B [src]
Segments	Connectivity (Starlink) · Space (launch + Dragon) · AI (xAI, consolidated) [src]

Primary documents: S-1 prospectus · all filings (EDGAR CIK 1181412). Facts last verified 2026-06-12.

Lockup watch

Trigger	Unlocks	Date
2nd trading day after Q2'26 earnings	up to 20% (+10% if ≥30% above IPO price 5 of 10 sessions)	TBA
Day 70 / 90 / 105 / 120 / 135	7% each	—
2nd trading day after Q3'26 earnings	28%	TBA
Day 180	all restrictions end	—
Day 366	Musk & “certain significant investors”	—

Tranche dates computed from the first trading day — indicative; the prospectus governs. [src]

Upcoming

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Recent results

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Refresh · · Times are NET UTC and move often. Data: Launch Library 2 by The Space Devs — cached on our server, or fetched by your browser if the cache is cold (privacy).

Guided tours

Each tour flies you to a real, sourced site — proposed bases, gateways, landmarks.

Starlink — the cash engine

Subscribers per the S-1; 2025 segment: $11.4B revenue, $7.2B adj. EBITDA. [src]

Roadmap — announced targets, not promises

FEB 9, 2026

Mars slips ~5–7 years; Moon first

First Starship Mars flight now expected early-to-mid 2030s; 2026 pivots to lunar work.

Aerospace America

2026 GOALS

Starship: prove it, three steps

Long-duration flight → in-orbit propellant transfer → lunar landing sequence. V3 debut targeted ~May 2026.

Starship launch list

ARTEMIS

Starship as the lunar lander

Artemis III gated on HLS test progress; Artemis IV reportedly shifts to a LEO Orion docking + Starship TLI.

NASA Artemis

NEXT CATALYST

First public earnings (Q2'26)

Date TBA — first post-IPO numbers, and it starts the lockup clock tiers.

Watch EDGAR

The links that matter

Investor briefing — what to actually watch

Informational, not advice. The thesis in one line: SPCX is a connectivity company with a rocket factory and an AI lab attached. Starlink drove $11.4B of FY-2025's $18.7B revenue at a ~63% segment EBITDA margin, so the numbers that move the story are subscriber adds (10.3M as of March 2026), direct-to-cell progress, and launch cadence — every Falcon flight you see in the Launch panel is deployment capex turning into capacity. The calendar that matters: the first public earnings report (Q2 2026, date TBA — it also starts the lockup tiers), the tranche dates on the cyan ring around Earth, and full unlock at day 180 (≈ Dec 9, 2026). The bear case lives in the S-1's risk factors: the AI segment's losses drove the $4.9B 2025 net loss, Starship R&D runs ≈$3B a year, and aerospace timelines slip. Read the prospectus, not the hype — in either direction.

Alerts

One short email when it matters: earnings dates, lockup tranches, major launches. No spam, no resale, unsubscribe any time, double opt-in before the first issue (privacy).

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An independent experiment in orbital-economy intelligence: the entire Starlink constellation, live, in your browser — joined to the market data of the company that built it. Made by fans of the frontier, for fans of the frontier. Every claim sourced; facts re-verified weekly; constellation data refreshed daily.

Honesty box

Not affiliated. Not affiliated with, endorsed by, or sponsored by Space Exploration Technologies Corp., Starlink, xAI, Tesla, or Elon Musk. SpaceX, Falcon, Dragon, Starship, Starlink and related marks are trademarks of Space Exploration Technologies Corp., used only to refer to the company and its products (nominative use). No SpaceX imagery or logos are used — the Earth is NASA's, the satellites are math.

Not financial advice. Informational only. Markets are risky; data can be wrong or delayed. Verify with primary sources before any investment decision.

FAQ

What am I looking at?

Every active Starlink satellite — 10,000+ — rendered live. Positions are computed in your browser with the SGP4 orbital model from public CelesTrak tracking data, refreshed daily on this site. Tap any dot for its identity, orbit and launch story.

Is the satellite data real?

Yes — orbits come from the public US space-surveillance catalog (CelesTrak GP), and SGP4 is the standard propagation model used industry-wide. Position accuracy is roughly kilometer-scale: far smaller than a pixel here.

What is SpaceX's stock ticker?

SPCX on Nasdaq; first trading day June 12, 2026.

What were the IPO details?

$135/share priced June 11, 2026; 555,555,555 shares; ≈$75B raised — the largest IPO in history — at ≈$1.75T valuation. Opened at $150 on June 12.

When can insiders sell (lockup)?

Tiered: a tranche after Q2'26 earnings; 7% at days 70/90/105/120/135; more after Q3 earnings; everything free at day 180 (≈Dec 9, 2026); Musk and major holders 366 days. Verify in the prospectus on EDGAR.

Does SPCX include Starlink and xAI?

Yes — per the S-1: Connectivity (Starlink), Space (launch + Dragon), AI (xAI) segments.

Is this site affiliated with SpaceX?

No. Independent fan project. Nothing here is financial advice.

What is a TLE and what is SGP4?

A TLE (two-line element set) is the compact public format describing a satellite's orbit — two 69-character lines per spacecraft, published in catalogs like CelesTrak. SGP4 is the standard model that converts a TLE into a position at any moment, accounting for Earth's oblateness and drag. This site downloads fresh TLEs daily and runs SGP4 in your browser for every satellite you see.

Is the Moon shown at its real distance from Earth?

No — in the Earth view the Moon rides its orbit at roughly 15× compressed distance so it stays visible (really it's ~60 Earth radii out). Its 27.3-day orbital period and tidal lock are real, and Mars rotates at its true 24.6-hour day — crank the TIME ENGINE to see both. Surface views are stage-scale.

Are the Moon and Mars sites real?

Yes — every marker is a real program, mission site, or named landmark (Artemis Base Camp, the planned Lunar Gateway, Apollo sites, Jezero and Gale craters, Arcadia Planitia and more), each with a source link. "Planned" and "candidate" markers are exactly that — proposals, not built settlements. World views are stage-scale, not to scale.

Does MY SKY track my location?

No. If you tap MY SKY, your browser asks for permission and the position is used once, entirely on your device, to compute which satellites are overhead. It is never sent to us or anyone else. You can always just tap a spot on the globe instead.

Where does the data come from?

CelesTrak GP + SATCAT (daily refresh, server-side), The Space Devs Launch Library 2 (launches), TradingView (market widgets, click-to-load), SEC EDGAR + press for IPO facts, NASA public-domain Earth and Moon imagery, Solar System Scope Mars texture (CC BY 4.0). Sources linked next to claims.

Credits & legal

Earth & Moon imagery: NASA (public domain; no NASA endorsement implied). Mars texture: Solar System Scope (CC BY 4.0). Orbits: CelesTrak. Launches: The Space Devs. Engines: three.js & satellite.js (MIT, self-hosted). No analytics, no cookies — localStorage only for your preferences. Geolocation (MY SKY) is optional and never leaves your device.

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