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SpaceX · Full Stack ReusabilityTesla × SpaceX · A Tesla Investor’s Tribute
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The world's most powerful and fully reusable launch system — built for Earth, designed for Mars.
Next SpaceX Launch·Falcon 9Not Starship
Falcon 9 Block 5 | USSF-317
GoFalcon 9
T-minus
00Days
:00Hours
:00Min
:00Sec
Live Webcast · SpaceX on X
SpaceX Official Stream
Watch on X
Open Broadcast →X broadcasts can't be embedded directly. Below: pre-flight watch on YouTube.
Pre-Flight Watch · Space Coast Live · NASASpaceflight
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Tesla × SpaceX · Heliocentric tracker
Starman & the Roadster
The Original Tesla Roadster
A 2008 Tesla Roadster, payload of the Falcon Heavy demo flight on Feb 6 2018. Still on a 1.32-year heliocentric orbit between Earth and Mars — the only car ever launched into deep space.
3,202
Days
19
Hrs
27
Min
29
Sec
Built by a Tesla investor — the original Mars-trajectory payload
New Roadster revealed · Play Roadster Run→— Telemetry
Program Data
Live · Updated every 15min
Flight Tests
Mission Success
Partial or Full
Days Active
●SYS:OK|DB:LIVE|CRON:ACTIVE|AI:GROK-4|LL2:SYNCED
— Photographic Record
From the
Pad
Photography and illustrations of the program — pad, vehicle, propulsion, recovery. 6 verified photos · 6 AI · click any to enlarge.
Verified photography (NASA · Wikimedia Commons under CC) blended with AI illustrations — sources linked in lightbox
— Recent Flights
Flight
Archive
24 integrated flight tests completed. The four most recent missions, latest first.
Technical Overview
By the
Numbers
124.4m
Total Height
Fully stacked · V3
9m
Diameter
Both stages
~80MN
Lift-off Thrust
Super Heavy V3 · ≈18M lbf
33
Booster Engines
Sea-level Raptor 3 · ~280 t each
6
Ship Engines
3 sea-level + 3 vacuum Raptor 3
100+t
Payload to LEO
V3 reusable · ~3× V2 capacity
~5,400t
Propellant Mass
Liquid CH₄ + LOX
V3
Generation
Block 3 · maiden flight IFT-12 (May 2026)
— Vehicle Anatomy
The Stack
121 metres. Two stages. Fully reusable. The complete Starship system — Ship on top, Super Heavy booster below.
Full stack on OLM-A · Apr 16, 2023
STARSHIP · 121.3 M9.0 M ⌀
Reference photographJenny Hautmann / Supercluster · CC BY-SA 4.0
Stack Specifications
Total height
121.3 M
Diameter
9.0 M
Mass (wet)
~5,000 T
Thrust
74.4 MN
Components · 11
Tap to expand
— Boca Chica, Texas
Starbase
SpaceX's dedicated Starship development and launch facility. The first purpose-built site for a fully reusable orbital launch system.
Pad Area
0.4km²
Starbase Area
2.8km² total
Launch Azimuth
90°eastward
Distance to shore
~500m
Aerial — Live Site
STARBASE · BOCA CHICA · TX
25°59'45″ N 97°09'25″ W
N ↑
FAA LSO
500 M
SITE OPERATIONALFacilities · 7
Tap to expand
Key Infrastructure
OLM
Orbital Launch Mount
Pad A
146 mtower ht.
MLP
Mechazilla Arms
Chopstick span
37 mreach
GSE
Booster QD
Methane/LOX
33engine feeds
SUB
Deluge System
Steel plate
700 m³water/sec
FAB
High Bay
Integration
171 minternal
MSR
Ship/Booster
Current build
V3+generation
Site Milestones
2019
Site cleared
Boca Chica Beach rezoned
2021
SN15 landing
First successful hop + land
2023
IFT-1
First orbital stack ignition
2024
First booster catch
Mechazilla catches B12 · IFT-5, Oct 13
2025
Booster reflight
B14 caught (IFT-7), reflown on IFT-9
2026
First orbit
V3 reaches orbit, deploys 26 Starlink V3 · Flight 14, Sep 28
Coordinates
LATITUDE
25°59'45″ N
LONGITUDE
97°09'25″ W
DESIGNATION
Starbase, TX · FAA Launch Site Operator License
ICAO: MX12 · IATA: N/A
●SITE:OPERATIONAL·OLM-A:ACTIVE·FAB:PRODUCING·MECHAZILLA:READY·STARMAN:ORBITING ☉
— Beyond Low Earth Orbit
The
Mission
Starship is not just a rocket. It is the infrastructure for a multi-planetary civilisation — from lunar landings to Martian colonies, orbital refueling depots to space-based compute.
DEEP SPACE2030–2032
Red Planet
Mars
Originally targeting the 2026 transfer window for uncrewed landings, in February 2026 Elon Musk announced a 5–7 year delay to focus SpaceX resources on lunar operations. First uncrewed Starships to Mars are now expected in the 2030/31 or 2032/33 transfer windows, with crewed missions to follow.
Distance54.6–401 Mkm
Transit time~7 months
Next window2030/31
PropellantISRU from Martian CO₂
CONTRACTED2027–2028
Artemis HLS
Lunar
NASA selected Starship as the Human Landing System. After repeated HLS readiness delays, NASA confirmed in April 2026 that Artemis III (2027) will now be a LEO rendezvous test with both Starship HLS and Blue Origin's Blue Moon — no lunar landing. Artemis IV (2028+) is designated as the first crewed Moon landing of the program.
ContractNASA HLS $2.89B
Artemis IIILEO docking · 2027
First Moon landingArtemis IV · 2028+
Crew4 astronauts
FUTURE CONCEPTTBD
Earth to Earth
Point-to-Point
SpaceX envisions Starship for ultra-fast Earth travel — New York to London in 30 minutes, anywhere on Earth in under an hour. Flying at orbital velocity outside the atmosphere eliminates the friction of conventional flight.
NYC → London~29 min
Max speed27,500 km/h
Passenger est.100–1,000
Cost target<$1,000/seat
IN DEVELOPMENT2026+
Orbital Refueling
Propellant Depot
Deep space missions require more propellant than any single Starship can launch. SpaceX is developing an on-orbit propellant depot — a tanker Starship fills it, a mission Starship docks to top up for the journey to the Moon or Mars. With Starship reaching orbit for the first time on Flight 14 (Sep 2026), the first ship-to-ship transfer demonstration is targeted for no earlier than late 2026.
Transfers needed10–15 per mission
PropellantLCH₄ + LOX transfer
MethodCryo fluid transfer
PurposeArtemis + Mars
ACTIVE2024+
Starshield
National Security
Starshield is SpaceX's national security-focused derivative of Starlink and Starship. Designed for government and DoD use cases including intelligence gathering, communications, and classified space operations at scale.
CustomerUS DoD / NRO
Contract$1.8B+ (2023)
Payload classHeavy government
OrbitVarious classified
EMERGING2025+
Compute from Space
AI Infrastructure
SpaceX and xAI are exploring Starship as a launch vehicle for orbital AI compute clusters — massive data centers in Low Earth Orbit powered by solar arrays, free from ground-based energy constraints and benefiting from passive radiative cooling in space.
Payload to LEO150+ t expendable
Solar powerNo atmosphere losses
CoolingRadiative (passive)
Latency advantageGlobal LEO coverage
Projected Roadmap
2026V3 maiden flight
2027Artemis III · LEO
2028Artemis IV · Moon landing
2029Propellant depot
2030Mars transit window
2035+Mars base
Now Trading · Nasdaq
SpaceX is
public.
On June 12, 2026, SpaceX began trading on the Nasdaq as $SPCX — a $1.77 trillion debut and the largest IPO in history. We break down every number behind it: valuation math, Starlink revenue, ownership, dilution risk, and how to buy.
Ticker
$SPCX
Nasdaq Global Select
IPO Date
Jun 2026
Public since 06-12
Valuation
$1.77 T
6th-largest US stock
Raised
$75 B
Largest IPO ever
Live Quote · SPCX
Feed · TradingViewLive · TradingView · 15-min delayed where required
— Community
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Latest AI Insight
Intelligence
AI InsightGrok · live search25w agoMay be outdated
SpaceX successfully launched the Falcon 9 Block 5 rocket carrying Starlink Group 10-31 from Space Launch Complex 40 at Cape Canaveral Space Force Station on May 21, 2026, at 10:04 UTC. The mission deployed 29 Starlink v2-mini satellites into low-Earth orbit as part of the ongoing constellation expansion. The flight proceeded nominally through liftoff, stage separation, and second-stage burns, with the upper stage releasing the payload approximately 57 minutes after launch.
No anomalies or unexpected events were reported during the ascent or orbital insertion phases. The first-stage booster B1077 completed its 28th flight and executed a successful downrange landing on the A Shortfall of Gravitas droneship in the Atlantic Ocean roughly eight minutes after liftoff. Payload deployment was confirmed via official timelines, with all satellites released into their intended orbits.