RESUPPLY MODULE


Since the dawn of time, explorers have always had to carry their provisions everywhere they went. Twenty–first century explorers are no different.

Our Resupply Module will be based on the single–level Crew Module design, with a pressurized hatch on the bottom of the module (Image 1).
Image 1: Resupply Module
There are no windows or controls. The module will be docked with the Connector located between the Berthing Modules (Image 2).
Image 2: Resupply Module connected between Berthing Modules
The crew enters the module through the hatch and offloads the supplies. Once empty, the module becomes a garbage collector where dirty laundry, food trays, and other waste products are stored for the trip home.

The static mass of the module is displayed in Table 1.

UNPRESSURIZED DOCKING RING

48

kg

OUTER TOP DECK

16

kg

STRUCTURE

1,049

kg

ELECTRICAL POWER

59

kg

COMMUNICATIONS

148

kg

INSTRUMENTATION

85

kg

MISC. EQUIPMENT

36

kg

FLOOR

7

kg

OUTER BOTTOM DECK

16

kg

PRESSURIZED DOCKING RING

80

kg

RESUPPLY MODULE STATIC MASS

1,275

kg

Table 1: Empty Resupply Module

Our Resupply Module will be able to feed and clothe 48 individuals for 46 days (if it were a Crew Module, it would be designated as a CM1_48–00–46). Cargo containers will carry all the various items needed for a functioning station (Table 2).

SPARE PARTS

95

kg

CLEANING SUPPLIES

115

kg

EC/LSS

816

kg

FOOD MASS

4,173

kg

CREW SYSTEMS

1,307

kg

RESUPPLY MODULE DYNAMIC MASS

6,506

kg

Table 2: Total mass of the cargo

Total Mass = Resupply Module Static Mass + Resupply Module Dynamic Mass
Total Mass = 1275 + 6506
Total Mass = 7,781 kg

::