Length: 100 meters

Width: 35 meters

Height: 20 meters

Empty weight: 150 tons

Maximum take-off weight: 250 tons

Maximum speed: 153ely (1ely=10000mach)

Propulsion system: 8 x IMFK nuclear fusion main engines, combined with 4 ion thrusters and 12 ArNi XXTY1530 engines to provide precise navigation and orbit adjustment

Fuel type: Nuclear fusion fuel (deuterium-tritium mixture) + ion propulsion fuel (xenon) + argon-nickel fuel (carbon dioxide)

transportation capacity

Crew capacity: Can carry up to 100 scientists and technicians

Cargo capacity: can carry 1,500 tons of materials (including scientific equipment, space station modules, supplies, etc.)

Cabin layout:

Main crew cabin: contains science laboratories, rest areas and fitness facilities

Cargo compartment: layered design with modular storage system to facilitate quick loading and unloading of materials

Avionics system:

Navigation system: IMFK interstellar navigation AI (supports precise navigation of large-scale material transportation)

Communication system: Quantum entanglement communication module to achieve instant cross-galaxy communication

In-cabin management system: AI assists in the management of supplies and life support systems, providing automatic fault detection and repair

defense and stabilization system

Armor: Composite armor resistant to radiation and micro-meteorite impact

Protective cover system: Proter Module

Stability system: Equipped with multi-directional stabilizers to ensure smooth flight when transporting large materials

special features

Energy supply: 8 nuclear fusion reactors and 12 ArNi engines, supporting independent operation for up to 300 years, meeting the needs of large-scale scientific research missions

Cargo cabin automatic loading and unloading system: an automated robotic arm system that can load and unload materials in space

Emergency escape system: the crew module can quickly separate and automatically navigate to the nearest space station or return to Earth