Starship
A fully reusable super-heavy-lift launch vehicle developed by SpaceX, featuring a two-stage configuration in which the first stage is the Super Heavy booster equipped with 33 Raptor engines. It is currently the largest and most powerful launch vehicle ever built.
Timeline (last 90 days)
Starship's flight control, aerodynamic simulation, and launch window optimization rely on large-scale parallel computing, with the computation volume for a single mission reaching several times that of conventional rockets.
SpaceX's Starship super heavy-lift rocket system is about to attempt its first entry into Earth orbit.
Starship reaching orbit means extending flight time from a few minutes to tens of minutes or even hours, requiring the vehicle to withstand extreme stresses for longer durations and a complete reentry thermal protection challenge.
Musk has publicly stated that the target cost per launch for a fully reusable Starship is under $1 million, with the cost per kilogram potentially dropping to the order of $10.
Starship is designed to deliver more than 100 tons of payload to low Earth orbit.
The Starship system consists of two parts: the Super Heavy booster and the upper-stage Starship spacecraft, both of which are planned to be recovered and reused.
Starship has a payload capacity far exceeding that of the Falcon rocket, allowing it to carry more and larger satellites into orbit in a single launch.
The V3 satellite is designed specifically for Starship's payload capacity, and because Starship's fairing diameter and payload mass far exceed those of Falcon 9, the theoretical single-satellite capacity may be several times that of V2.0 Mini.
One of the design goals of SpaceX's Starship is to carry out Mars cargo missions.
SpaceX plans to make Starship's first orbital flight attempt on September 22.
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All Facts (13)
Starship's flight control, aerodynamic simulation, and launch window optimization rely on large-scale parallel computing, with the computation volume for a single mission reaching several times that of conventional rockets.
50%UnverifiedThe Starship system consists of two parts: the Super Heavy booster and the upper-stage Starship spacecraft, both of which are planned to be recovered and reused.
50%UnverifiedStarship reaching orbit means extending flight time from a few minutes to tens of minutes or even hours, requiring the vehicle to withstand extreme stresses for longer durations and a complete reentry thermal protection challenge.
50%UnverifiedMusk has publicly stated that the target cost per launch for a fully reusable Starship is under $1 million, with the cost per kilogram potentially dropping to the order of $10.
50%UnverifiedStarship is designed to deliver more than 100 tons of payload to low Earth orbit.
50%UnverifiedStarship has a payload capacity far exceeding that of the Falcon rocket, allowing it to carry more and larger satellites into orbit in a single launch.
50%UnverifiedThe V3 satellite is designed specifically for Starship's payload capacity, and because Starship's fairing diameter and payload mass far exceed those of Falcon 9, the theoretical single-satellite capacity may be several times that of V2.0 Mini.
50%UnverifiedOne of the design goals of SpaceX's Starship is to carry out Mars cargo missions.
50%UnverifiedStarship is currently the world's largest and most powerful launch vehicle.
50%UnverifiedStarlink currently relies on Falcon 9 to launch satellites in batches, whereas Starship can carry more and larger satellites in a single launch.
50%UnverifiedThe Starship upper stage (second stage) is equipped with 6 Raptor engines.
50%UnverifiedPrevious Starship test flights have mostly followed suborbital or sub-orbital trajectories.
50%UnverifiedSpaceX's Starship system is compressing the cost per kilogram to orbit to unprecedented levels.
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