Habitat Requirements

Esimate the energy, mass, crew, and volume requirements for a habitat

Totals	Structure	Avionics System	ECLSS Systems	Payload Systems	Addional Biomass	Power System	Heat Rejection System
Mass (kg)	14,708	593	490,721	25,000	54,507	157,555	41,997
Mass - ISRU (kg)	14,708	593	490,721	25,000	54,507	157,555	41,997
Max Power (W)	0	1,296	1,941,617	50,000	0	0	0
Pressurized volume	0	1.5	501.63	100	0	0.45	0

Totals	Structure	Avionics System	ECLSS Systems	Payload Systems	Addional Biomass	Power System	Heat Rejection System
Mass (kg)	14,708	593	490,721	25,000	54,507	157,555	41,997
Mass - ISRU (kg)	14,708	593	490,721	25,000	54,507	157,555	41,997
Max Power (W)	0	1,296	1,941,617	50,000	0	0	0
Pressurized volume	0	1.5	501.63	100	0	0.45	0

	Mass (kg)	Mass - ISRU (kg)	Max power (W)	Pressurized volume
TOTAL	0	0	0	0
+ Structure	0	0	-	0
- Pressure vessel	0	0	-	-
- Insulation and MMOD shielding	0	0	-	-
- Radiation shielding	0	0	-	-

Avionics system	0	0	0	0

+ ECLSS systems	0	0	0	0
- Air	0	0	0	0
- Food	0	0	0	0
- Thermal	0	0	0	0
- Waste	0	0	0	0
- Water	0	0	0	0
- EVA	0	0	0	0
- Human factors	0	0	0	0
- Biomass	0	0	0	0

Payload systems	0	0	0	0

Additional biomass pressure vessel	0	0	-	-

+ Power system	0	0	-	0
- Primary power generation	0	0	-	0
- Secondary power generation	0	0	-	0
- Battery storage	0	0	-	0
- Regenerative fuel cell storage	0	0	-	0

Heat rejection system	0	0	0	0

Sam has a masters degree in Aerospace and Aerothermal Engineering from the University of Cambridge.

Sam was one of the principal authors of the Nexus Aurora report on a Martian City State presented at the 2020 Mars Convention.

He also serves as the R&D Engineering Lead of the Mars Society UK group.

	Total mission	Total hours per CM per week		Factor of total available time
TOTAL	0	0	0	0
Air	0	0	0	0
Food	0	0	0	0
Thermal	0	0	0	0
Waste	0	0	0	0
Water	0	0	0	0
EVA	0	0	0	0
Human factors	0	0	0	0
Biomass	0	0	0	0