|
|
Dragon C2/3 Cargo Manifest
|
Space Station Cargo
1. Food and Crew Provisions: 306 Kilograms:
2. Utilization Payloads: 21 Kilograms
3. Cargo Bags: 123 Kilograms
4. Computers and Supplies: 10 Kilograms
Total Cargo Upmass: 460 Kilograms (520 Kilograms including packaging)
- 13 bags standard rations: Food, about 117 standard meals, and 45 lowsodium meals
- 5 bags low-sodium rations
- Crew clothing
- Pantry items (batteries, etc)
- SODF and Official Flight Kit
2. Utilization Payloads: 21 Kilograms
- NanoRacks Module 9 for U.S. National Laboratory: NanoRacks-CubeLabs Module-9 uses a 2 cube unit box for student competition investigations using 15 liquid mixing tube assemblies that function similar to commercial glow sticks. Science goals for NanoRacks-CubeLabs Module-9 range from microbial growth to water purification in microgravity
- Ice bricks: For cooling and transfer of experiment samples
3. Cargo Bags: 123 Kilograms
- Cargo bags: reposition of cargo bags for future flights
4. Computers and Supplies: 10 Kilograms
- Laptop, batteries, power supply cables
Total Cargo Upmass: 460 Kilograms (520 Kilograms including packaging)
Return Cargo
1. Crew Preference Items: 143 Kilograms
2. Utilization Payloads: 93 Kilograms
3. Systems Hardware: 345 Kilograms
4. EVA Hardware: 39 Kilograms
Total Cargo Downmass: 620 Kilograms (660 including packaging)
- Crew preference items, official flight kit items
2. Utilization Payloads: 93 Kilograms
- “Plant Signaling” hardware (16 Experiment Unique Equipment Assemblies): Plant Signaling seeks to understand the molecular mechanisms plants use to sense and respond to changes in their environment. Ambient Hardware return only; no plant sample return (24 kg)
- Shear History Extensional Rheology Experiment (SHERE) Hardware: SHERE seeks to understand how liquid polymers behave in microgravity by measuring response to straining and stressing. Ambient hardware return; no samples (36 kg)
- Materials Science Research Rack (MSRR) Sample Cartridge Assemblies (Qty 3): MSRR experiments examined various aspects of alloy materials processing in microgravity; SETA (Solidification along a Eutectic path in Ternary Alloys-2); MICAST/CETSOL (Microstructure Formation in Casting of Technical Alloys under Diffusive and Magnetically Controlled Convective Conditions/Columnar-to-Equiaxed Transition in Solidification Processing); Ambient hardware return with samples (9kg)
- Other: Supporting research hardware such as Combustion Integrated Rack (CIR) and Active Rack Isolation (ARIS) components, double cold bags, MSG Tapes
3. Systems Hardware: 345 Kilograms
- Multifiltration Bed
- Fluids Control and Pump Assembly
- Iodine Compatible Water Containers
- JAXA Multiplexer
4. EVA Hardware: 39 Kilograms
- EMU hardware and gloves for previous crew members
Total Cargo Downmass: 620 Kilograms (660 including packaging)
Image: SpaceX/NASA
 |
