Starship Titus [FAST]

(See Section 2.3.4: Example: Huffman Encoding Trees).

The employs a multi-layer Whipple shield at its bow, combined with a projected magnetic field to deflect cosmic rays and solar flares. A 10-meter shell of water ice (harvested from the rings of Saturn) encases the sensitive crew modules, turning the ship’s own water supply into passive radiation armor.

The fusion drive serves as the primary engine. It provides continuous low-thrust acceleration over decades. This method is more efficient than short, high-energy burns.

(See Section 2.3.4: Example: Huffman Encoding Trees).

The employs a multi-layer Whipple shield at its bow, combined with a projected magnetic field to deflect cosmic rays and solar flares. A 10-meter shell of water ice (harvested from the rings of Saturn) encases the sensitive crew modules, turning the ship’s own water supply into passive radiation armor.

The fusion drive serves as the primary engine. It provides continuous low-thrust acceleration over decades. This method is more efficient than short, high-energy burns.