SpaceX Nvidia AI Payload Simulator

Ref: @Cointelegraph
Starship Cargo Bay Cross-Section [9m Diameter] MATTER.JS DYNAMICS ACTIVE
CoG Offset: 0.00 m
Radiator Fin Temp: 298.2 K
Total Payload Mass
4,200 kg
Delta-V Penalty
115 m/s
Thermal Dissipation
Optimal
Radiation Mitigation
Class-A Orbital
Flight Feasibility
Ready for Flight
Launch Vehicle & Mission Profiles
Nvidia AI Compute Staging Parameters
Nvidia NLV72 Server Modules: 12 Units
Each module integrates liquid cold plates and space-rated tensor compute units (~280 kg base mass).
Thermal Power Allocation: 120 kW
Deployable graphene loop heat pipe radiator system cooling vacuum heat loads.
Radiation Shielding Thickness: 15 mm
Polyethylene + Tantalum composite mitigating solar proton events & Van Allen belts.
Flight Operations Brief STANDBY
> FLIGHT DISPATCH TELEMETRY SYSTEM v4.2
MISSION_DESIGNATIONSTARSHIP-NVDA-AI-01
PAYLOAD_BAY_INTEGRITY100% SECURE
VACUUM_THERMAL_EQUILIBRIUMSTABLE (298 K)
SHIELDING_EFFECTIVENESS99.4% TID PROTECTION
PRIMARY_DELTA_V_RESERVE9,185 m/s REMAINING
MISSION_GO_STATUSNOMINAL GO
Enjoy this tool? Build your own with Super