Ìmọ̀ ìgbésí ayé
Ibi Ìmọ̀
Gbogbo ojú ìwé tó wà níbẹ̀ ló ń pọ̀ sí i nípasẹ̀ ọ̀nà tí wọ́n ń gbà ṣèwádìí tòótọ́, tó ń ṣàyẹ̀wò àtàwọn tó ń sọ, kì í ṣe ìwé ìròyìn kan tí wọ̣́n gbé kalẹ̀ láti òkè.
Ìbẹ̀rẹ̀ àti ìbẹ̀rí
Ẹnì Kan Tó Ṣe Lè Ṣiṣẹ́ Padà
Ohun tí wọ́n ń ṣègbéyẹ̀wò pátápátá ni pé kí wọ́n máa ṣiṣẹ́ márùn - ún lọ́wọ́, èyí tó wà níbẹ̀ ni wọ́n sì máa ń ṣí sílẹ̀, ìyẹn ojú ìwé ọkọ̀ òfuurufú.
Ka ìwádìí náà →structure
Ohun Tó Ń Dára Sílẹ̀
How do we protect a crew from cosmic radiation without making the vehicle too heavy to launch?
Bẹ ojú-ìwé →structure
Ọ̀run Lọ́nà
Apollo-era abrasive lunar regolith damaged seals, suits, and equipment — what's changed since?
Bẹ ojú-ìwé →structure
Ìyípadà Tó Jù Lọ
Rotating habitats could reduce the health toll of long missions — but at what engineering cost?
Bẹ ojú-ìwé →propulsion
Ohun Tó Ń Ṣiṣẹ́ Sílẹ̀
Refueling in orbit could make a smaller, more affordable vehicle capable of deep-space missions.
Bẹ ojú-ìwé →life support
Ìrànlọ́wọ́ Ìgbésí Ayé
Keeping a crew alive, healthy, and functional — air, water, food, and waste, in a closed loop.
Bẹ ojú-ìwé →human factors
Àwọn Ohun Tí Èèyàn Ń Ṣe
How people — including families and children — actually experience long missions.
Bẹ ojú-ìwé →agriculture
Àgbègbè Ààyè
Growing food in space could support longer missions and teach us about farming on Earth too.
Bẹ ojú-ìwé →space law
Òfin àti Ìlànà Ààyè
An open engineering platform still has to operate inside real legal and regulatory frameworks.
Bẹ ojú-ìwé →Ilẹ̀ Ààyè AdMerk
Ohun tí wọ́n ṣẹ̀ṣẹ̀ ń ṣe lọ́wọ́, ìyẹn apá kan nínú Ìgbòkègbodò Oṣù.