Product roadmap & industry context

Live overlay · Starship Flight 14 (2026-09-28) — Starship | Starlink Group 31-1 (Starship Flight 14). Starlink 11,155 operational of 42,000 licensed.

1. AchievedStarshipUpdated Sep 28, 2026

   First payload delivery to orbit

   Place a useful payload into Earth orbit on Starship.

   Public window · H2 2026

   Progress (desk estimate)100%

   Latest public progress

   Latest flown: Flight 14 (2026-09-28) — Starship | Starlink Group 31-1 (Starship Flight 14). 14th test flight of the two-stage Starship launch vehicle. 3rd flight of Starship V3 and the first Starship flight to deploy satellites (a group of Starlink satellites known as Starlink Group 31-1) into stable Low Earth Orbit. The ship is expected to fly at an altitude approximately 275 km above Earth and complete approximately 6 orbits around the planet for nearly 10 hours, with splashdown targeted in the Pacific Ocean west of Chile. The booster’s primary test objective on Flight 14 will be executing a successful launch, ascent, stage separation, boostback burn, and landing burn at an offshore landing point in the Gulf. Starship will deliver 26 Starlink V3 satellites to orbit for the first time, which aim to greatly expand the network's capacity and user speeds. Each Starlink V3 satellite will add 1 Tbps of capacity to the constellation.

   Why it matters

   Until Starship can put mass on a stable orbit and bring the stack home, V3 Starlink, HLS, and tanker flights stay on paper. Orbit is the gate that turns a test article into a transportation system.

   What this means for shareholders

   Orbital success would start converting Starship R&D spend into a vehicle that can add constellation capacity and bid for heavy NASA/DoD payloads. It is a technical gate, not a revenue event on day one.

   Sources

   • SpaceX Starship updates
   • Flight 13 public webcast / mission notes

   Refresh note · Watch the next Starship flight result and whether the ship reaches a stable orbit (not a suborbital arc).

2. On trackStarshipUpdated Aug 23, 2026

   V3 ~100 t reusable capability

   V3 Starship/Super Heavy with ~100 tonnes reusable to LEO.

   Public window · Through 2026–27 flight campaign

   Progress (desk estimate)38%

   Latest public progress

   V3 hardware flew on Flights 12 and 13 (B19/S39, B20/S40) with Raptor 3 engines from Pad 2. Payload-to-orbit at the advertised reusable rating has not been demonstrated. Heat-shield, booster recovery, and payload-bay ops are still in the test loop.

   Why it matters

   Payload rating is what lets Starship undercut expendable heavy-lift economics. A demonstrated 100 t reusable class is the difference between a spectacular prototype and a cargo airline.

   What this means for shareholders

   If the rating is shown in flight, unit cost per tonne becomes the variable that matters for Starlink capex and for competing on large government manifests. Until then, treat 100 t as a design goal, not a published capability.

   Sources

   • SpaceX Starship page
   • Q2 2026 10-Q reading notes

   Refresh note · Look for a flown payload mass (not a slide) and a recovered booster + ship on the same mission.

3. DelayedStarshipUpdated Aug 23, 2026

   Rapid cadence (daily → multiple per day)

   High-cadence Starship operations: daily flights, then multiple per day over a longer horizon.

   Public window · Longer-term (post-orbital and catch reliability)

   Progress (desk estimate)12%

   Latest public progress

   Two V3 integrated flights in 2026 through late July. The public record is still measured in flights per year, not per day. Pad 2, catch hardware, and FAA licensing remain the throttle. Daily cadence is a destination, not a 2026 operating mode.

   Why it matters

   Starlink V3 economics and any Mars architecture assume many flights, not a handful of spectacular ones. Cadence is how fixed pad and factory costs get spread across tonnes.

   What this means for shareholders

   Until cadence rises, Starship stays a development line item. Shareholders should watch license throughput and turnaround days more than any single flight highlight.

   Sources

   • Starship briefing
   • Flight log
   • FAA launch license docket

   Refresh note · Count integrated flights per quarter and average days between attempts. Daily cadence needs a recovered booster and a short pad recycle.

4. On trackStarshipUpdated Sep 7, 2026

   Tower catches of Ship and booster

   Return Super Heavy and Ship to the launch tower (chopsticks) for rapid reuse.

   Public window · Booster catch in the current campaign; Ship catch after heat-shield and entry are repeatable

   Progress (desk estimate)48%

   Latest public progress

   First Super Heavy tower catch was Flight 5 (Oct 13, 2024); Flights 7 and 8 also caught the booster. Flights 9 and 10 were planned Gulf splashdowns — Flight 10 did not attempt a catch. Flight 12’s V3 booster was not recovered. Flight 13 focused on the V3 deployer. Public notes for Flight 14 (Ship 41 / Booster 21) describe a likely Gulf splashdown for the booster and a ship splashdown; ship catch is still ahead. Do not treat Flight 14 as a confirmed catch attempt.

   Why it matters

   Catching both stages at the pad is the mechanical heart of rapid reuse. Ocean landings and splashdowns prove the vehicle; tower catches prove the airline.

   What this means for shareholders

   A reliable booster catch is the first cost-curve event. Ship catch is later and harder. Neither, by itself, changes the next quarter’s revenue mix.

   Sources

   • SpaceX flight recaps
   • Starship briefing

   Refresh note · Mark a catch only when the tower holds the vehicle after landing burn — not a drone-ship or splashdown.

5. On trackStarshipUpdated Aug 23, 2026

   Orbital propellant transfer

   Dock a tanker to a depot or ship in orbit and transfer cryogenic propellant.

   Public window · After routine orbital flight; required for HLS and Mars

   Progress (desk estimate)18%

   Latest public progress

   No public in-space cryogenic transfer has been flown. The architecture (tanker + depot + lander) is described in NASA HLS materials and SpaceX briefings. It depends on a working orbital Starship first.

   Why it matters

   The Moon and Mars missions in this stack are tanker missions. Without orbital refueling, HLS and uncrewed Mars ships cannot leave LEO with a useful payload.

   What this means for shareholders

   This is a multi-year capability, not a 2026 print driver. It matters because NASA HLS cash and any Mars cargo bid sit behind it.

   Sources

   • NASA HLS program
   • SpaceX Starship architecture briefings

   Refresh note · Look for a dedicated tanker demo (ship-to-ship docking plus measured propellant transfer), not just a docking photo.

6. On trackStarlinkUpdated Sep 28, 2026

   Starlink V3 on Starship (~1 Tbps class, ~60 per launch)

   Deploy V3 satellites from Starship — on the order of 1 Tbps-class birds, up to ~60 per flight.

   Public window · After the deployer is cleared in flight test

   Progress (desk estimate)55%

   Latest public progress

   Latest flown: Flight 14 — Starship | Starlink Group 31-1 (Starship Flight 14). 14th test flight of the two-stage Starship launch vehicle. 3rd flight of Starship V3 and the first Starship flight to deploy satellites (a group of Starlink satellites known as Starlink Group 31-1) into stable Low Earth Orbit. The ship is expected to fly at an altitude approximately 275 km above Earth and complete approximately 6 orbits around the planet for nearly 10 hours, with splashdown targeted in the Pacific Ocean west of Chile. The booster’s primary test objective on Flight 14 will be executing a successful launch, ascent, stage separation, boostback burn, and landing burn at an offshore landing point in the Gulf. Starship will deliver 26 Starlink V3 satellites to orbit for the first time, which aim to greatly expand the network's capacity and user speeds. Each Starlink V3 satellite will add 1 Tbps of capacity to the constellation.

   Why it matters

   V3 is how Starlink jumps from replenishing a V2 mesh to adding whole-continent capacity per flight. Bandwidth growth, not bird count alone, is the product promise.

   What this means for shareholders

   Each successful operational V3 flight is a capex-efficiency event: more capacity per launch dollar. Until those flights are orbital and persistent, treat V3 as proven hardware, not proven economics.

   Sources

   • Starlink
   • Starlink desk
   • Flight 13 recap

   Refresh note · An operational add is a V3 bird that stays on orbit and enters the constellation catalog — not a suborbital test.

7. On trackStarlinkUpdated Oct 24, 2026

   Critical-mass constellation deployment

   Grow the operational fleet toward the licensed envelope (currently 42,000) with enough density for the stated coverage and capacity goals.

   Public window · Ongoing; V3 is the step-change

   Progress (desk estimate)27%

   Latest public progress

   Public tracking snapshot: 11,170 in orbit / 11,155 operational (27% of the 42,000 licensed envelope). Jonathan McDowell Starlink statistics (Total In Orbit / Total Working), 2026-10-24. V3 operational constellation deployment has not started — Flight 13 was a suborbital hardware test.

   Why it matters

   Density drives latency, backhaul, and the ability to sell into aviation, maritime, and cellular roaming. The licensed envelope is a ceiling, not a 2026 operating plan.

   What this means for shareholders

   Subscriber and ARPU commentary in the 10-Q is the near-term read. Bird count is the leading indicator for capacity; it is not, by itself, a revenue number.

   Sources

   • Public constellation tallies (McDowell / CelesTrak style)
   • FCC Starlink licenses

   Refresh note · Pull operational vs in-orbit from public catalogs; do not count test deploys that demise.

8. On trackStarlinkUpdated Aug 23, 2026

   Direct-to-cell / Mobile V2 satellites

   Direct-to-cell service via Mobile V2-class satellites, with a public 2027 build-out window.

   Public window · 2027

   Progress (desk estimate)28%

   Latest public progress

   Direct-to-cell has been in limited commercial trials on earlier DTC payloads. Mobile V2 satellites — the denser, 2027-class layer — are not yet a mass-deployment story. Spectrum, partner MNOs, and satellite production are the moving parts.

   Why it matters

   Handset connectivity is a different customer than a kit on a roof: roaming, emergency, and IoT. It is also a spectrum and standards problem, not only a launch problem.

   What this means for shareholders

   This is an option on a large adjacent market. 2027 is a deployment window, not a promise of a run-rate. Watch partner announcements and FCC/ITU filings more than flight counts.

   Sources

   • Starlink direct-to-cell
   • FCC dockets

   Refresh note · Track Mobile V2 production and MNO commercial launches, not just demo texts from a phone.

9. On trackStarlinkUpdated Aug 23, 2026

   Majority of world internet traffic (ambition)

   Long-horizon ambition: Starlink carrying a majority of the world’s internet traffic.

   Public window · Multi-year; not a dated 2026 milestone

   Progress (desk estimate)8%

   Latest public progress

   Still an ambition, not a current traffic share. V2 is a meaningful global ISP; V3 + direct-to-cell are the stated path to a much larger share. Independent traffic studies do not yet support a “majority” claim.

   Why it matters

   It is the cleanest statement of how large SpaceX thinks the constellation can become. Treat it as a direction of travel, not a forecast.

   What this means for shareholders

   Useful as a framing device for capex: the company is funding a network that only makes sense at planetary scale. It is not a 2026 revenue target.

   Sources

   • Public SpaceX / Starlink remarks
   • Independent traffic and capacity studies

   Refresh note · Do not mark this achieved on a quote. Use third-party traffic share estimates when they exist.

10. DelayedMoon, Mars & otherUpdated Aug 23, 2026

    Artemis HLS / lunar lander

    Human Landing System for NASA Artemis — uncrewed demo, then crewed lunar landing.

    Public window · NASA schedule (Artemis III has slipped vs original; HLS remains under contract)

    Progress (desk estimate)36%

    Latest public progress

    SpaceX remains a NASA HLS provider. The uncrewed demo and crewed landing have moved with the broader Artemis slip. Hardware (landing legs, body flaps, life support, docking) is in development; orbital refueling is still a prerequisite. Not a 2026 landing.

    Why it matters

    HLS is the largest civil contract sitting on Starship. It is also the public forcing function for refueling, long-coast, and human-rating work.

    What this means for shareholders

    Contract milestones, not landing dates, are what hit the income statement. A slip in Artemis is a timing issue; a loss of the HLS award would be a structural one. Neither is a given.

    Sources

    • NASA HLS
    • NASA OIG / GAO schedule notes

    Refresh note · Update from NASA milestone reviews and HLS contract modifications, not from social-media landing dates.

11. On trackMoon, Mars & otherUpdated Aug 23, 2026

    Uncrewed, then crewed, Mars milestones

    Uncrewed cargo ships first; crewed missions only after a working tanker architecture and a demonstrated landing.

    Public window · Uncrewed: later this decade if orbital + refuel + entry close; crew: after that

    Progress (desk estimate)10%

    Latest public progress

    No Mars vehicle has flown. The path on the public record is: orbit → catch → refuel → long-coast → landing. 2026 work is still the first three rungs on Earth. Treat Mars dates as architecture, not a calendar.

    Why it matters

    Mars is the founding mission and the reason Starship is the size it is. It is also the longest-dated item on this board.

    What this means for shareholders

    This is a multi-decade capital story. Near-term value, if any, accrues through the Earth-orbit and lunar work that has to happen first — not through a 2026 Mars print.

    Sources

    • SpaceX Mars architecture remarks

    Refresh note · Only move this card when a dedicated interplanetary ship is on the pad or a tanker demo has flown.

12. On trackMoon, Mars & otherUpdated Aug 23, 2026

    Emerging orbital AI compute

    Early concepts for space-based compute / AI payloads riding Starship mass-to-orbit.

    Public window · Emerging — no dated operational constellation

    Progress (desk estimate)6%

    Latest public progress

    Public discussion of orbital compute has increased (power, cooling, launch cost). There is no announced SpaceX AI satellite constellation with a firm 2026–27 deployment. Treat this as an option on cheap mass-to-orbit, not a product line.

    Why it matters

    If launch cost per tonne falls far enough, data-center-class payloads in orbit stop being a thought experiment. That is a second-order use of Starship, not a core 2026 business.

    What this means for shareholders

    Do not underwrite 2026–27 cash flow on orbital compute. It is a call option on surplus Starship capacity and on partners who would fly the racks.

    Sources

    • Public remarks on space-based compute
    • Starship payload guide (mass/volume)

    Refresh note · Promote this card only after a named payload, customer, or FCC filing — not after a keynote.