Know what burns
before you build.
NASA microgravity fire research, organized by where crews will live.
Oxygen outlook · Pressurized RoverSource: challenge brief
+43%
Oxygen concentration vs. Earth air
More oxygen. More flammable.
30% oxygen at 10.2 psi keeps breathing normal while cutting spacesuit pre-breathe time, but flammability depends heavily on oxygen concentration. Materials cleared for Earth air need re-testing.
Oxygen partial pressure
3.06 psi
Pressurized Rover
3.09 psi
Earth sea level · 21% O₂ · 14.7 psi
Pressurized Rover
Earth · 21%
0% O₂
40% O₂
Atmospheres are from the NASA Space Apps challenge brief. This is context for reading the research, not a validated engineering risk model.
AI risk assessment.
Checks this habitat's atmosphere and your materials against the indexed NASA combustion papers.
The AI backend isn't connected, so assessments can't be run right now.
No assessment run yet for Pressurized Rover.
Evidence for this habitat.
View all 13Sorted by the highest oxygen level each experiment tested · from extracted test conditions
- 01 CFI Other Reaches 30% O₂ Tested at 13–83% O₂ · 13 papers · 54 findings
- 02 SAFFIRE I Prevention Reaches 30% O₂ Tested at 21–31% O₂ · 6 papers · 19 findings
- 03 FLEX Suppression Reaches 30% O₂ Tested at 12–30% O₂ · 11 papers · 17 findings
- 04 ACME Other Below 30% O₂ Tested at 25% O₂ · 7 papers · 27 findings
- 05 BASS Prevention Below 30% O₂ Tested at 13.6–22% O₂ · 8 papers · 47 findings
- 06 FLEX-2 Suppression Below 30% O₂ Tested at 12.5–15% O₂ · 8 papers · 8 findings