Artemis: Mission to the Moon and beyond 

The Artemis programme will see NASA join forces with commercial spaceflight companies and
international partners to try to land the first woman and next man on the lunar surface by 2024 – tentative steps in a long-term goal of sending astronauts to Mars


GATEWAY SPACEPORT – Lunar orbital platform

Power and propulsion: Attitude and orbit control, and communications
First stage to launch: 2022
Completion of station: 2028

Logistics and utilisation: Cargo deliveries of food and equipment. Can double as additional habitation

Robotic arm: Can berth and inspect vehicles or install payloads

Number of launches of NASA and private rockets to complete Gateway: 37

Airlock: Enables spacewalks and offers potential to accommodate additional dockings

Orion: Crew and service module – can transport four humans further into deep space than
ever before 
First manned flight: 2022

Astronaut to scale

Habitation modules: Pressurised volumes featuring life support, fire detection and
suppression, water storage and distribution

Sample return vehicle: Robotic lander capable of delivering payloads from Moon to Gateway

Utilisation: Pressurised volume with additional habitation capability

Esprit: Airlock with additional fuel storage and advanced lunar telecommunications


July 20, 1969: Apollo 11 lands man on Moon
110.6m

SLS launcher: Configured for Orion capsule
98.2m


In Greek mythology, Artemis was daughter of Zeus, goddess of Moon and, aptly, twin sister of Apollo


POSITION OF PLATFORM 
Moon orbits Earth every 27 days and is on average 384,400km away

EARTH
MOON
1,500km
Distance from Moon
70,000km

Near-rectilinear halo orbit: Gateway takes six days to orbit Moon – staying out of its shadow and keeping crew in constant communication with Earth. Ideal staging point for
lunar surface and deep space locations

EXPLORATION HUB
From Gateway, vehicles can embark to multiple destinations, such as Moon, Mars and beyond

Lander crew: 2

Manned Moon landing: 2024


Note: For illustrative purposes, Earth-Moon sizes and distances are not to scale


Sources: NASA, Space.com, Ars Technica, Phys.org 
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