Polaris Intelligence
Polaris
Intelligence
About
Ctrl K
Sign in
© Polaris Intelligence 2026
PrivacyTermsAdmin
Launch Vehicles
Vehicle family profile

Starship

Family-level launch record combining canonical variants, historical missions, public cadence forecasts, and available payload performance specs.

SpaceXActive
Admin
Variants
3
Canonical variants linked to this family.
Historical missions
12
Missions in the public mission table with actual launch dates.
Peak listed capacity
150,000 kg
Maximum payload capacity across listed variants and orbits.

Launch Cadence

Historical missions are grouped by actual launch year. Forecast cadence uses family-level launch-rate rows.

YearHistorical missionsForecast launches
202320
202440
202550
202613
202707
2028015
2029031
2030050
2031071
2032087
20330103
20340117
20350129
20360133
20370137
20380137
20390137

Performance Specs

Payload capacity by variant and target orbit when structured capacity rows are available.

VariantOrbitCapacityAltitudeInclinationSource
Starship V3
LEO150,000 kgUnknownUnknownStarlink V3 batch-calibrated Starship capacity assumption
Starship V2
LEO35,000 kgUnknownUnknownSpaceX Starship - Wikipedia

Recent Missions

Latest launched missions using variants in this family.

MissionVariantLaunch
Launch 2026-U02
Starship V3
May 22, 2026
Launch 2025-U04
Starship V2
Oct 13, 2025
Launch 2025-U03
Starship V2
Aug 26, 2025
Launch 2025-U02

Variants

Canonical variants rolled up into this launch vehicle family.

VariantStagesMissionsStatus
Starship V1.0
Not stated6Active
Starship V2
Not stated5Retired
Starship V3
Not stated1Active
20400137
20410137

Forecast Location Split

5 launch locations represented.

YearLocationLaunchesConfidenceBasis
2026Space Launch Complex 37B, Cape Canaveral (Cape Canaveral Air Station, Florida)050%SLC-37B is modeled as the first high-throughput CCSFS Starship pad. Base reaches half of the SLC-37 complex cap by 2035, not immediately after redevelopment.
2026Cape Canaveral Space Force Station | SLC-37A045%Modeled as second SLC-37 Starship pad, lagging SLC-37B by one to two years. Mature split reaches 38/year by 2037, keeping complex total at 76/year.
2026Launch Complex 39A, NASA Kennedy Space Center, Florida (NASA John F. Kennedy Space Center, Florida)065%LC-39A Starship is expected to ramp after initial Florida infrastructure/testing. Base remains below the 44/year EIS cap even after maturity to reflect range c...
2026Starship Orbital Pad 1, Boca Chica (Starbase, Boca Chica Beach, Texas)365%Starbase remains the development and early operational hub. Base ramps slowly from test cadence to routine operations; by 2031 it is one of two pads sharing th...
2026Starship Orbital Pad 2, Boca Chica (Starbase, Boca Chica Beach, Texas)050%Second Starbase pad provides incremental operations after pad commissioning. Mature OLP-A + OLP-B total is capped at 25/year in the base/high range.
2027Space Launch Complex 37B, Cape Canaveral (Cape Canaveral Air Station, Florida)050%SLC-37B is modeled as the first high-throughput CCSFS Starship pad. Base reaches half of the SLC-37 complex cap by 2035, not immediately after redevelopment.
2027Launch Complex 39A, NASA Kennedy Space Center, Florida (NASA John F. Kennedy Space Center, Florida)165%LC-39A Starship is expected to ramp after initial Florida infrastructure/testing. Base remains below the 44/year EIS cap even after maturity to reflect range c...
2027Starship Orbital Pad 1, Boca Chica (Starbase, Boca Chica Beach, Texas)565%Starbase remains the development and early operational hub. Base ramps slowly from test cadence to routine operations; by 2031 it is one of two pads sharing th...
2027Starship Orbital Pad 2, Boca Chica (Starbase, Boca Chica Beach, Texas)150%Second Starbase pad provides incremental operations after pad commissioning. Mature OLP-A + OLP-B total is capped at 25/year in the base/high range.
2027Cape Canaveral Space Force Station | SLC-37A045%Modeled as second SLC-37 Starship pad, lagging SLC-37B by one to two years. Mature split reaches 38/year by 2037, keeping complex total at 76/year.
2028Space Launch Complex 37B, Cape Canaveral (Cape Canaveral Air Station, Florida)250%SLC-37B is modeled as the first high-throughput CCSFS Starship pad. Base reaches half of the SLC-37 complex cap by 2035, not immediately after redevelopment.
2028Launch Complex 39A, NASA Kennedy Space Center, Florida (NASA John F. Kennedy Space Center, Florida)365%LC-39A Starship is expected to ramp after initial Florida infrastructure/testing. Base remains below the 44/year EIS cap even after maturity to reflect range c...
2028Starship Orbital Pad 1, Boca Chica (Starbase, Boca Chica Beach, Texas)765%Starbase remains the development and early operational hub. Base ramps slowly from test cadence to routine operations; by 2031 it is one of two pads sharing th...
2028Starship Orbital Pad 2, Boca Chica (Starbase, Boca Chica Beach, Texas)350%Second Starbase pad provides incremental operations after pad commissioning. Mature OLP-A + OLP-B total is capped at 25/year in the base/high range.
2028Cape Canaveral Space Force Station | SLC-37A045%Modeled as second SLC-37 Starship pad, lagging SLC-37B by one to two years. Mature split reaches 38/year by 2037, keeping complex total at 76/year.
2029Space Launch Complex 37B, Cape Canaveral (Cape Canaveral Air Station, Florida)650%SLC-37B is modeled as the first high-throughput CCSFS Starship pad. Base reaches half of the SLC-37 complex cap by 2035, not immediately after redevelopment.
2029Launch Complex 39A, NASA Kennedy Space Center, Florida (NASA John F. Kennedy Space Center, Florida)865%LC-39A Starship is expected to ramp after initial Florida infrastructure/testing. Base remains below the 44/year EIS cap even after maturity to reflect range c...
2029Starship Orbital Pad 1, Boca Chica (Starbase, Boca Chica Beach, Texas)865%Starbase remains the development and early operational hub. Base ramps slowly from test cadence to routine operations; by 2031 it is one of two pads sharing th...
2029Starship Orbital Pad 2, Boca Chica (Starbase, Boca Chica Beach, Texas)750%Second Starbase pad provides incremental operations after pad commissioning. Mature OLP-A + OLP-B total is capped at 25/year in the base/high range.
2029Cape Canaveral Space Force Station | SLC-37A245%Modeled as second SLC-37 Starship pad, lagging SLC-37B by one to two years. Mature split reaches 38/year by 2037, keeping complex total at 76/year.
2030Space Launch Complex 37B, Cape Canaveral (Cape Canaveral Air Station, Florida)1250%SLC-37B is modeled as the first high-throughput CCSFS Starship pad. Base reaches half of the SLC-37 complex cap by 2035, not immediately after redevelopment.
2030Launch Complex 39A, NASA Kennedy Space Center, Florida (NASA John F. Kennedy Space Center, Florida)1265%LC-39A Starship is expected to ramp after initial Florida infrastructure/testing. Base remains below the 44/year EIS cap even after maturity to reflect range c...
2030Starship Orbital Pad 1, Boca Chica (Starbase, Boca Chica Beach, Texas)965%Starbase remains the development and early operational hub. Base ramps slowly from test cadence to routine operations; by 2031 it is one of two pads sharing th...
2030Starship Orbital Pad 2, Boca Chica (Starbase, Boca Chica Beach, Texas)1150%Second Starbase pad provides incremental operations after pad commissioning. Mature OLP-A + OLP-B total is capped at 25/year in the base/high range.
Space Launch Complex 37B, Cape Canaveral (Cape Canaveral Air Station, Florida)
2026 · 50% confidence
0

SLC-37B is modeled as the first high-throughput CCSFS Starship pad. Base reaches half of the SLC-37 complex cap by 2035, not immediately after redevelopment.

Cape Canaveral Space Force Station | SLC-37A
2026 · 45% confidence
0

Modeled as second SLC-37 Starship pad, lagging SLC-37B by one to two years. Mature split reaches 38/year by 2037, keeping complex total at 76/year.

Launch Complex 39A, NASA Kennedy Space Center, Florida (NASA John F. Kennedy Space Center, Florida)
2026 · 65% confidence
0

LC-39A Starship is expected to ramp after initial Florida infrastructure/testing. Base remains below the 44/year EIS cap even after maturity to reflect range conflicts, tanker ope...

Starship Orbital Pad 1, Boca Chica (Starbase, Boca Chica Beach, Texas)
2026 · 65% confidence
3

Starbase remains the development and early operational hub. Base ramps slowly from test cadence to routine operations; by 2031 it is one of two pads sharing the 25/year site cap.

Starship Orbital Pad 2, Boca Chica (Starbase, Boca Chica Beach, Texas)
2026 · 50% confidence
0

Second Starbase pad provides incremental operations after pad commissioning. Mature OLP-A + OLP-B total is capped at 25/year in the base/high range.

Starship V3
TLI21,000 kgUnknownUnknownSpaceX Starship public vehicle page
Starship V1.0
LEO15,000 kgUnknownUnknownSpaceX Starship public/current block summary
Starship V2
May 27, 2025
Launch 2025-F03
Starship V2
Mar 6, 2025
Launch 2025-F01
Starship V2
Jan 16, 2025
Launch 2024-U06
Starship V1.0
Nov 19, 2024
Launch 2024-U04
Starship V1.0
Oct 13, 2024

Forecasted Missions

Upcoming mission rows with announced launch timing.

MissionVariantAnnounced

No forecasted missions

No upcoming announced mission rows are linked to this vehicle family.

Track
Space Launch Complex 37B, Cape Canaveral (Cape Canaveral Air Station, Florida)
2027 · 50% confidence
0

SLC-37B is modeled as the first high-throughput CCSFS Starship pad. Base reaches half of the SLC-37 complex cap by 2035, not immediately after redevelopment.

Launch Complex 39A, NASA Kennedy Space Center, Florida (NASA John F. Kennedy Space Center, Florida)
2027 · 65% confidence
1

LC-39A Starship is expected to ramp after initial Florida infrastructure/testing. Base remains below the 44/year EIS cap even after maturity to reflect range conflicts, tanker ope...

Starship Orbital Pad 1, Boca Chica (Starbase, Boca Chica Beach, Texas)
2027 · 65% confidence
5

Starbase remains the development and early operational hub. Base ramps slowly from test cadence to routine operations; by 2031 it is one of two pads sharing the 25/year site cap.

Starship Orbital Pad 2, Boca Chica (Starbase, Boca Chica Beach, Texas)
2027 · 50% confidence
1

Second Starbase pad provides incremental operations after pad commissioning. Mature OLP-A + OLP-B total is capped at 25/year in the base/high range.

Cape Canaveral Space Force Station | SLC-37A
2027 · 45% confidence
0

Modeled as second SLC-37 Starship pad, lagging SLC-37B by one to two years. Mature split reaches 38/year by 2037, keeping complex total at 76/year.

Space Launch Complex 37B, Cape Canaveral (Cape Canaveral Air Station, Florida)
2028 · 50% confidence
2

SLC-37B is modeled as the first high-throughput CCSFS Starship pad. Base reaches half of the SLC-37 complex cap by 2035, not immediately after redevelopment.

Launch Complex 39A, NASA Kennedy Space Center, Florida (NASA John F. Kennedy Space Center, Florida)
2028 · 65% confidence
3

LC-39A Starship is expected to ramp after initial Florida infrastructure/testing. Base remains below the 44/year EIS cap even after maturity to reflect range conflicts, tanker ope...

Mentions
1556
All verified mentions of this launch vehicle family in source documents.
0.0-5.0
Actions

SpaceX’s Starship rocket is designated as the primary launch vehicle for the orbital AI data center initiative.

PlanGeneralValue 4.0Feb 5, 2026SpaceX Acquires xAI to Build Space-Based AI Data Centers

SpaceX said Starship will soon achieve launch rates of one flight per hour carrying 200 tons of payload.

Page24of78
PlanCapabilityGrowthValue 4.0Feb 4, 2026Musk merges xAI into SpaceX in bid to build space data centers

SpaceX is developing Starship, described as the largest rocket ever built, for missions to the Moon and Mars.

PlanCapabilityValue 4.0Feb 4, 2026Musk merges xAI into SpaceX in bid to build space data centers

SpaceX is developing the Starship rocket, which is designed to carry future manned missions into space.

PlanCapabilityValue 3.2Feb 4, 2026SpaceX grounds Falcon 9 missions, could impact ISS launch

SpaceX aims to deploy one million satellites operating as data centers using its Starship rocket.

PlanGrowthValue 4.0Feb 4, 2026Musk merges xAI into SpaceX in bid to build space data centers

SpaceX aims to launch up to one million satellites operating as data centers using the Starship rocket and aims to increase launch rates toward one flight per hour carrying 200 tons of payload.

PlanCapabilityGrowthValue 5.0Feb 4, 2026SpaceX grounds Falcon 9 missions, could impact ISS launch

Artemis 2, Long March 10A with Mengzhou, and Starship V3 each have significant implications for lunar ambitions.

GeneralValue 1.5Feb 3, 2026Quite a moment. Artemis 2, Long March 10A with Mengzhou, and Starship V3 all undergoing preparations, all with big implications for lunar ambitions.

Starship V3 is undergoing preparations.

PlanGeneralValue 1.8Feb 3, 2026Quite a moment. Artemis 2, Long March 10A with Mengzhou, and Starship V3 all undergoing preparations, all with big implications for lunar ambitions.

The start of Booster 19 prelaunch test preparations signals continuity of Starship ground test activities in 2026.

PlanGeneralValue 2.2Feb 2, 2026SpaceX avvia i test di pre-lancio del Booster 19

The commercial plan for the combined SpaceX–xAI venture depends entirely on the flight rate of Starship.

PlanValue 3.6Feb 2, 2026xAI joins SpaceX to Accelerate Humanity’s Future

Starbase in Texas is the SpaceX site where development and testing operations for the Starship program are concentrated.

CapabilityGeneralValue 3.0Feb 2, 2026SpaceX avvia i test di pre-lancio del Booster 19

Starship has conducted 11 test flights since 2023.

PlanGeneralValue 2.5Feb 2, 2026SpaceX to align space launch, satellite infrastructure and AI development under a single corporate strategy

SpaceX intends to use Starship both for deploying on-orbit data centre satellites and for expanding Starlink with larger, more capable satellites.

PlanCapabilityGeneralValue 4.0Feb 2, 2026SpaceX to align space launch, satellite infrastructure and AI development under a single corporate strategy

Starship is expected to begin delivering V3 Starlink satellites and dedicated AI satellites later in 2026.

PlanGrowthValue 4.0Feb 2, 2026xAI joins SpaceX to Accelerate Humanity’s Future

SpaceX’s Starship is designed for full reusability and to carry much more cargo per flight than previous vehicles, enabling potential launch costs below $200 per kilogram.

CapabilityFinancialValue 4.0Feb 2, 2026The Fractal Lab – Part II

Booster 19 is a Super Heavy booster prototype that is part of the Starship launch system.

CapabilityValue 3.0Feb 2, 2026SpaceX avvia i test di pre-lancio del Booster 19

Jared Isaacman identified increasing flight rates of New Glenn and Starship as key for both companies because both plan to use in-space propellant transfer for their landers.

CapabilityGrowthPlanValue 3.0Feb 2, 2026Suborbital’s descending trajectory

The Super Heavy first stage is designed to provide the thrust necessary for liftoff of the complete Starship vehicle.

CapabilityValue 3.0Feb 2, 2026SpaceX avvia i test di pre-lancio del Booster 19

SpaceX’s proposal relies on the development of Starship to dramatically reduce launch costs and enable deployment of unprecedented mass to orbit at high frequency.

CapabilityFinancialPlanValue 3.0Feb 2, 2026SpaceX to align space launch, satellite infrastructure and AI development under a single corporate strategy

SpaceX plans to establish permanent bases on the Moon using Starship’s in-space propellant transfer capability.

PlanCapabilityValue 4.0Feb 2, 2026xAI joins SpaceX to Accelerate Humanity’s Future