Base de connaissances vivante
Base de connaissances
Chaque page ici se développe grâce à une contribution ouverte – une véritable recherche, révisée et créditée, et non une encyclopédie finie transmise d'en haut.
Propulsion et lancement
Propulsion réutilisable
Un examen complet de la faisabilité de cinq approches de propulsion, classées et sourcées – la page phare.
Lire la critique →structure
Blindage des rayonnements
How do we protect a crew from cosmic radiation without making the vehicle too heavy to launch?
Visiter la page →structure
Poussière lunaire
Apollo-era abrasive lunar regolith damaged seals, suits, and equipment — what's changed since?
Visiter la page →structure
Gravité artificielle
Rotating habitats could reduce the health toll of long missions — but at what engineering cost?
Visiter la page →propulsion
Carburant orbital
Refueling in orbit could make a smaller, more affordable vehicle capable of deep-space missions.
Visiter la page →life support
Aide à la vie
Keeping a crew alive, healthy, and functional — air, water, food, and waste, in a closed loop.
Visiter la page →human factors
Facteurs humains
How people — including families and children — actually experience long missions.
Visiter la page →agriculture
Agriculture spatiale
Growing food in space could support longer missions and teach us about farming on Earth too.
Visiter la page →space law
Droit et politique de l'espace
An open engineering platform still has to operate inside real legal and regulatory frameworks.
Visiter la page →Vaisseau spatial AdMerk
Un échange d'ingénierie ouvert — qui fait partie de la mission lunaire.