Starship Systems Lab

What You Can Explore

Starship Systems Lab frames Super Heavy, the Starship upper stage, the launch tower, flight phases, refilling, HLS, and failure modes as one transport system.

Interactive Elements

Switch scale comparison, structure layers, launch phase playback, Mission Lab, and Failure Lab to follow how hardware and operations depend on one another.

Scale comparison / Structure layers / Launch phase playback / Mission Lab / Failure Lab

Search Vocabulary

Starship, Super Heavy, reusable rocket, orbital refilling, HLS, heat shield, 3D exploration

Start with scale

SpaceX describes Starship/Super Heavy as a 123-meter-tall, 9-meter-diameter transport system. Numbers alone are hard to feel, so this space begins by placing a human-scale marker beside the stack and letting you look upward from the ground. The model is not official CAD or logo reproduction; it is a structural abstraction for exploring a giant system.

See the two-stage system

Super Heavy is the roughly 71-meter first-stage booster that provides the main thrust through a cluster of 33 Raptor-class engines. The roughly 52-meter Starship upper stage handles orbital flight, reentry, and landing. The key is that the vehicle, tower, ground systems, return path, and reuse cycle all belong to one operating system.

Separate the internal structure

Switching tanks, engines, thermal protection, and flaps reveals multiple functions layered inside the same outer shape. Methane and liquid oxygen tanks hold most of the propellant, engines provide thrust and control, while heat-shield tiles and flaps shape reentry control.

What does Starship Systems Lab teach?

It treats Starship as a transport system that includes ground systems, launch, staging, return, refilling, reuse, and lunar access.

Is this official CAD or logo reproduction?

No. It is a Starship-inspired structural abstraction based on public information for system exploration.

What can I control?

You can switch scale, structure layers, flight phases, mission constraints, and failure modes to see which elements become operational bottlenecks.

How the Enigma Cipher Machine Works

Trace how a key press passes through the plugboard, rotors, reflector, and lampboard to become another letter.

Turing-Welchman Bombe: Historical Prelude

Inspect the electromechanical Bombe that supported Enigma codebreaking before entering Turing machine theory.

Turing Machine: Concept Machine

Experience computation through the minimal parts of a tape, read/write head, state, and transition rules.