Mars slips ~5–7 years; Moon first
First Starship Mars flight now expected early-to-mid 2030s; 2026 pivots to lunar work.
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The intelligence panels below still work — or open the SPCX chart and launch manifest directly.
The orbital economy, live — and the road off Earth.
10,000+ spacecraft circling Earth right now — the orbital economy that funds the journey outward — propagated live in your browser. Tap any satellite for its story, follow the money in Nasdaq SPCX, then ride the ladder: Moon · Mars · beyond.
Drag · pinch · tap any satellite — or jump worlds: 1 EARTH · 2 MOON · 3 MARS · R random · C cinema
Live Starlink satellite tracker · SpaceX stock (SPCX) dashboard · launch schedule · lockup countdown · Moon & Mars colonization map — updated daily.
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When the bright, recently-launched Starlink trains cross your night sky — sunlit satellites over a dark horizon. Use MY SKY (top-left) or tap a spot above, then we scan the next 24 hours.
Times are local. Look toward the rise direction a couple of minutes before peak. Cloud cover & light pollution still apply.
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.
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).
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).
From any world, the others appear as warp gates — tap a gate to warp there (the Moon/Mars arrive on their sunlit side). Two real mission profiles leave Earth from LC-39A: the amber interplanetary transfer to Mars and the blue trans-lunar injection — each runs pad → LEO parking orbit → escape/injection burn → coast, with a craft flying it. On the Moon and Mars the yellow corridor runs the same way in reverse — from the Earth gate into a parking orbit, then descent to each base — and warm settlement lights glow on the night side (the Lunar/Martian economy). The ISS circles Earth on its true 418 km, 51.6° orbit. Use the SATELLITES and ORBITAL PATHS toggles (top-left) to declutter. The Sun rides its true direction; the faint background rings are the celestial equator and ecliptic. Inter-world distances are compressed to fit one frame; the labels carry the real figures.
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).
Becoming multiplanetary costs trillions — this is the engine paying for it. The constellation above is the asset; Nasdaq SPCX is its price. Quotes are first-party, computed on our own server once a day — no third-party embeds, nothing loads off-site. Figures may be delayed and are for information only — not financial advice, not a recommendation, not an offer or solicitation. Verify against each company's official investor-relations page (linked on every card) before any decision.
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First-party deterministic quotes · — · sparklines show the last ~60 sessions. Comparison tickers are context only — not a recommendation. ETFs (UFO, ARKX) are benchmarks, not endorsements; read the fund prospectus. Do your own research; verify on each company's official/IR page.
| 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.
| 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]
· · 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).
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source: —Newest on orbit: —. New fact + new satellite of the day, every day.
Each tour flies you to a real, sourced site — proposed bases, gateways, landmarks.
Subscribers per the S-1; 2025 segment: $11.4B revenue, $7.2B adj. EBITDA. [src]
First Starship Mars flight now expected early-to-mid 2030s; 2026 pivots to lunar work.
Aerospace AmericaLong-duration flight → in-orbit propellant transfer → lunar landing sequence. V3 debut targeted ~May 2026.
Starship launch listArtemis III gated on HLS test progress; Artemis IV reportedly shifts to a LEO Orion docking + Starship TLI.
NASA ArtemisDate TBA — first post-IPO numbers, and it starts the lockup clock tiers.
Watch EDGARInformational, 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.
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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.
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. The comparison tickers and funds in The Orbital Economy (Rocket Lab, AST SpaceMobile, Intuitive Machines, Redwire, Planet Labs, Lockheed Martin, the Procure Space ETF, and the ARK Space Exploration ETF) are likewise not affiliated with or endorsed by this site; their names and marks belong to their respective owners and are shown for context only.
Not financial advice. Informational only. Markets are risky; data can be wrong or delayed. Verify with primary sources before any investment decision.
Earth imagery: NASA Blue Marble (day), Black Marble / VIIRS city lights (night), cloud composite — all public domain; no NASA endorsement implied. Moon: NASA. 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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The newest frontier of the space economy: moving compute itself off-planet. As terrestrial AI slams into a power-and-cooling wall, GPUs and TPUs are heading to orbit — where the Sun never sets and the cold of deep space is free cooling.
A sun-synchronous orbit sees near-continuous sunlight — no night, no clouds, no grid hookup.
Radiate waste heat straight to deep space — no water, no chillers, no town next door.
AI demand is outrunning terrestrial power & water. Orbit sidesteps both — at the cost of launch, radiation and servicing.
| Project | What | Status |
|---|---|---|
| Starcloud (Nvidia-backed) | Starcloud-1 put the first Nvidia H100 GPU in orbit and trained the first LLM in space; a Starlink-laser-linked compute constellation is planned | In orbit ’25 [src] |
| Google — Project Suncatcher | Solar-powered satellites carrying TPUs linked by optical lasers; two prototypes with Planet Labs by 2027; 81-satellite, ~1 km clusters envisioned | Prototype ’27 [src] |
| ESA — ASCEND | European feasibility study (Thales Alenia Space) on orbital data centres for data sovereignty and net-zero compute | Study [src] |
The pure-play builders are private (Starcloud) or units of giants (Google). The closest listed adjacencies — adjacency, not pure-plays:
Live quotes for these are in Economy. Adjacency, not endorsement — not financial advice. Projects and companies named are independent and not affiliated with this site.
The purpose this whole map serves: humanity climbing off Earth rung by rung — Earth orbit → cislunar space → the Moon → Mars → a speculative deep future. Every rung is labelled honestly: flying now, planned, or aspirational. The map never claims an off-world city exists.
~160–2,000 km. The ISS flies at ~420 km, Starlink near ~550 km. The proving ground for life support and the technology that gates the whole ladder: orbital refuelling. Flying now
The volume between Earth and Moon. Its anchor, the international Lunar Gateway, is designed for an L2 southern near-rectilinear halo orbit (9:2 resonance, ~6.5-day loop). As of mid-2026 its scope/future is under NASA review. Planned · under review [src]
Artemis Base Camp is sited near the south pole for near-continuous ridge sunlight and water ice in shadowed craters like Shackleton (~21 km wide, ~4.2 km deep). Artemis II — the first crewed lunar flyby in 50+ years — flew in April 2026; no one has returned to the surface since Apollo 17 (1972). Planned [src]
The map draws the real Hohmann transfer: an ellipse from 1 AU to 1.524 AU, a ~259-day coast, windows every ~26 months. Robots work there now — Perseverance caches samples in Jezero. Arcadia Planitia is a studied candidate base region (subsurface ice), not a settlement. Robots now · crew studied [src]
A self-sustaining city is the stated goal, not a fact. In February 2026 SpaceX reportedly reordered to Moon-first, pushing a crewed Mars flight to the early-to-mid 2030s. The app shows no city that exists. Aspirational [src]
Full sourced briefing on the Space Colonization pillar page. Stage views are not to scale (the Moon's distance is compressed to stay on screen) — the geometry is real. Independent fan project — not affiliated with SpaceX or NASA.