NASA’s highly anticipated Artemis II mission is scheduled for Wednesday, April 1, 2026, marking humanity’s first visit to the Moon after a wait of more than 50 years. <\/p>\n
Currently, the SLS rocket and Orion spacecraft are sitting on Pad 39B at the Kennedy Space Center. The NASA crew, including Victor Glover, Reed Wiseman, Christina Koch and Jeremy Hainsey, are in final quarantine for their 10-day mission. <\/p>\n
This mission is not just a trip to the lunar surface, the Artemis program represents years of work, efforts and finance totaling $93 billion to date. <\/p>\n
According to Jeff Radigan, the lead Artemis II flight director, the astronauts are going at least 5,000 nautical miles beyond the Moon, much further than previous missions. <\/p>\n
Flight Profile (10-day trip) <\/span><\/h2>\nArtemis II follows a “free-return trajectory”, meaning the Moon’s gravity will naturally pull the spacecraft back toward Earth, with no need for a large engine burn to return.<\/p>\n
Artemis II is scheduled to fly on the Space Launch System from NASA’s Kennedy Space Center in Florida, the agency’s most powerful rocket. <\/p>\n
\n\n ![\"NASA](\"https:\/\/www.thenews.com.pk\/assets\/uploads\/updates\/2026-03-30\/1397178_9764262_passedddddddd-(54)_updates.jpg\")
NASA Artemis II: Flight plan, risks and how it prepares humans for Mars<\/figcaption><\/figure>\n<\/div>\nImmediately after launch, the Orion crew capsule will separate from the rocket’s upper stage and enter a highly elliptical orbit around the Earth. <\/p>\n
earth’s orbit<\/span><\/h3>\nThe first 24 to 48 hours will be spent conducting extensive systems checks in high Earth orbit before heading to the Moon <\/p>\n
translunar injection <\/span><\/h3>\nA major engine burn known as translunar injection propels Orion out of Earth’s grasp and toward the moon. <\/p>\n
deep space surveillance <\/span><\/h3>\nOver the next 3-4 days, astronauts will continue to evaluate spacecraft systems on their way to Earth from Earth, bringing the human presence in space deeper than ever before.<\/p>\n
lunar flyby <\/span><\/h3>\nUltimately, Orion will pass around the lunar surface on a free-return trajectory, and reach a distance of more than 248,000 miles from Earth, the greatest distance ever seen from Earth during this phase.<\/p>\n
return to earth <\/span><\/h3>\nAfter achieving lunar flight, the crew will conduct deep space tests before returning to Earth. <\/p>\n
to splash <\/span><\/h3>\nAs Orion approaches Earth, it will discard its major components before plunging into the atmosphere at about 25,000 miles per hour. This also includes landing in the Pacific Ocean where recovery teams will be waiting. <\/p>\n
Potential Major Risks<\/span><\/h3>\nAccording to Fiona Antkowiak, one of the nine flight directors assigned to Artemis II, as Orion enters the atmosphere, it will experience massive temperatures of more than 2000C, which could be the most dangerous few minutes of the mission. <\/p>\n
Furthermore, the risks of returning to Earth cannot be ignored. In January 2023, the Space Shuttle Columbia disintegrates during re-entry, killing seven astronauts aboard. <\/p>\n
Artemis II: A step toward understanding lunar science<\/span><\/h2>\nIn the space race, the dry, dusty and barren Moon has emerged as a valuable frontier due to the presence of worthy elements such as rare earth elements. Given the scarcity of rare earth elements on Earth’s surface, the ability to explore the lunar surface would give countries access to these metals in high concentrations. <\/p>\n
The presence of metals like iron and titanium, which are used in everything from superconductors to medical devices, will intensify competition.<\/p>\n
“There is water trapped in some of its minerals and there is considerable water at its poles,” says Sarah Russell, a planetary scientist at the Natural History Museum.<\/p>\n
If we are able to find water on the Moon, it means that humans can expand their presence beyond Earth as water will be used not only for drinking but also to provide oxygen. <\/p>\n
Artemis II will also contribute to lunar science, allowing astronauts to study the lunar south polar regions and the Orientale Basin. <\/p>\n
By looking closely at the Moon’s horizon glow, a faint glow caused by dust particles, scientists can trace the behavior of dust on the Moon. <\/p>\n
Test bed for future Mars missions<\/span><\/h2>\nAccording to NASA, the mission is intended to “explore the Moon for scientific discovery, economic benefit, and to lay the groundwork for the first manned mission to Mars.”<\/p>\n
According to Libby Jackson, head of space at the Science Museum, “Going to the Moon and staying there for a long time is much safer, much cheaper and much easier to become a test bed for learning how to live and work on another planet.” <\/p>\n
Establishing a lunar base allows NASA to refine life-support systems such as air and water recycling in a controlled environment. <\/p>\n
Before going to Mars, engineers will have to test all these critical systems on the Moon because failure of these systems on Mars could prove fatal. The Moon, on the other hand, provides a safer proving ground for troubleshooting. <\/p>\n
Other mysteries yet to be revealed<\/span><\/h2>\nFor scientists, the possibility of assessing fresh lunar material is the ultimate prize. According to Russell, the Moon serves as a “brilliant archive” of our own planet. <\/p>\n
Since Earth has always been subject to geological disturbance marked by the movement of tectonic plates, winds, and rain, the geologically cool and stable lunar surface offers an insight into lost chapters of Earth’s early history.<\/p>\n
The dawn of a new space race? <\/span><\/h2>\nArtemis II is expected to spark a new kind of space race. China is the primary “pacing competitor”. While Artemis II is in orbit, China is advancing its Chang’e 7 mission (launching in mid-2026) to the moon’s south pole. They aim to achieve human landing by 2030 to establish dominance in deep space. <\/p>\n<\/p><\/div>\n
Immediately after launch, the Orion crew capsule will separate from the rocket’s upper stage and enter a highly elliptical orbit around the Earth. <\/p>\n
earth’s orbit<\/span><\/h3>\nThe first 24 to 48 hours will be spent conducting extensive systems checks in high Earth orbit before heading to the Moon <\/p>\n
translunar injection <\/span><\/h3>\nA major engine burn known as translunar injection propels Orion out of Earth’s grasp and toward the moon. <\/p>\n
deep space surveillance <\/span><\/h3>\nOver the next 3-4 days, astronauts will continue to evaluate spacecraft systems on their way to Earth from Earth, bringing the human presence in space deeper than ever before.<\/p>\n
lunar flyby <\/span><\/h3>\nUltimately, Orion will pass around the lunar surface on a free-return trajectory, and reach a distance of more than 248,000 miles from Earth, the greatest distance ever seen from Earth during this phase.<\/p>\n
return to earth <\/span><\/h3>\nAfter achieving lunar flight, the crew will conduct deep space tests before returning to Earth. <\/p>\n
to splash <\/span><\/h3>\nAs Orion approaches Earth, it will discard its major components before plunging into the atmosphere at about 25,000 miles per hour. This also includes landing in the Pacific Ocean where recovery teams will be waiting. <\/p>\n
Potential Major Risks<\/span><\/h3>\nAccording to Fiona Antkowiak, one of the nine flight directors assigned to Artemis II, as Orion enters the atmosphere, it will experience massive temperatures of more than 2000C, which could be the most dangerous few minutes of the mission. <\/p>\n
Furthermore, the risks of returning to Earth cannot be ignored. In January 2023, the Space Shuttle Columbia disintegrates during re-entry, killing seven astronauts aboard. <\/p>\n
Artemis II: A step toward understanding lunar science<\/span><\/h2>\nIn the space race, the dry, dusty and barren Moon has emerged as a valuable frontier due to the presence of worthy elements such as rare earth elements. Given the scarcity of rare earth elements on Earth’s surface, the ability to explore the lunar surface would give countries access to these metals in high concentrations. <\/p>\n
The presence of metals like iron and titanium, which are used in everything from superconductors to medical devices, will intensify competition.<\/p>\n
“There is water trapped in some of its minerals and there is considerable water at its poles,” says Sarah Russell, a planetary scientist at the Natural History Museum.<\/p>\n
If we are able to find water on the Moon, it means that humans can expand their presence beyond Earth as water will be used not only for drinking but also to provide oxygen. <\/p>\n
Artemis II will also contribute to lunar science, allowing astronauts to study the lunar south polar regions and the Orientale Basin. <\/p>\n
By looking closely at the Moon’s horizon glow, a faint glow caused by dust particles, scientists can trace the behavior of dust on the Moon. <\/p>\n
Test bed for future Mars missions<\/span><\/h2>\nAccording to NASA, the mission is intended to “explore the Moon for scientific discovery, economic benefit, and to lay the groundwork for the first manned mission to Mars.”<\/p>\n
According to Libby Jackson, head of space at the Science Museum, “Going to the Moon and staying there for a long time is much safer, much cheaper and much easier to become a test bed for learning how to live and work on another planet.” <\/p>\n
Establishing a lunar base allows NASA to refine life-support systems such as air and water recycling in a controlled environment. <\/p>\n
Before going to Mars, engineers will have to test all these critical systems on the Moon because failure of these systems on Mars could prove fatal. The Moon, on the other hand, provides a safer proving ground for troubleshooting. <\/p>\n
Other mysteries yet to be revealed<\/span><\/h2>\nFor scientists, the possibility of assessing fresh lunar material is the ultimate prize. According to Russell, the Moon serves as a “brilliant archive” of our own planet. <\/p>\n
Since Earth has always been subject to geological disturbance marked by the movement of tectonic plates, winds, and rain, the geologically cool and stable lunar surface offers an insight into lost chapters of Earth’s early history.<\/p>\n
The dawn of a new space race? <\/span><\/h2>\nArtemis II is expected to spark a new kind of space race. China is the primary “pacing competitor”. While Artemis II is in orbit, China is advancing its Chang’e 7 mission (launching in mid-2026) to the moon’s south pole. They aim to achieve human landing by 2030 to establish dominance in deep space. <\/p>\n<\/p><\/div>\n
A major engine burn known as translunar injection propels Orion out of Earth’s grasp and toward the moon. <\/p>\n
deep space surveillance <\/span><\/h3>\nOver the next 3-4 days, astronauts will continue to evaluate spacecraft systems on their way to Earth from Earth, bringing the human presence in space deeper than ever before.<\/p>\n
lunar flyby <\/span><\/h3>\nUltimately, Orion will pass around the lunar surface on a free-return trajectory, and reach a distance of more than 248,000 miles from Earth, the greatest distance ever seen from Earth during this phase.<\/p>\n
return to earth <\/span><\/h3>\nAfter achieving lunar flight, the crew will conduct deep space tests before returning to Earth. <\/p>\n
to splash <\/span><\/h3>\nAs Orion approaches Earth, it will discard its major components before plunging into the atmosphere at about 25,000 miles per hour. This also includes landing in the Pacific Ocean where recovery teams will be waiting. <\/p>\n
Potential Major Risks<\/span><\/h3>\nAccording to Fiona Antkowiak, one of the nine flight directors assigned to Artemis II, as Orion enters the atmosphere, it will experience massive temperatures of more than 2000C, which could be the most dangerous few minutes of the mission. <\/p>\n
Furthermore, the risks of returning to Earth cannot be ignored. In January 2023, the Space Shuttle Columbia disintegrates during re-entry, killing seven astronauts aboard. <\/p>\n
Artemis II: A step toward understanding lunar science<\/span><\/h2>\nIn the space race, the dry, dusty and barren Moon has emerged as a valuable frontier due to the presence of worthy elements such as rare earth elements. Given the scarcity of rare earth elements on Earth’s surface, the ability to explore the lunar surface would give countries access to these metals in high concentrations. <\/p>\n
The presence of metals like iron and titanium, which are used in everything from superconductors to medical devices, will intensify competition.<\/p>\n
“There is water trapped in some of its minerals and there is considerable water at its poles,” says Sarah Russell, a planetary scientist at the Natural History Museum.<\/p>\n
If we are able to find water on the Moon, it means that humans can expand their presence beyond Earth as water will be used not only for drinking but also to provide oxygen. <\/p>\n
Artemis II will also contribute to lunar science, allowing astronauts to study the lunar south polar regions and the Orientale Basin. <\/p>\n
By looking closely at the Moon’s horizon glow, a faint glow caused by dust particles, scientists can trace the behavior of dust on the Moon. <\/p>\n
Test bed for future Mars missions<\/span><\/h2>\nAccording to NASA, the mission is intended to “explore the Moon for scientific discovery, economic benefit, and to lay the groundwork for the first manned mission to Mars.”<\/p>\n
According to Libby Jackson, head of space at the Science Museum, “Going to the Moon and staying there for a long time is much safer, much cheaper and much easier to become a test bed for learning how to live and work on another planet.” <\/p>\n
Establishing a lunar base allows NASA to refine life-support systems such as air and water recycling in a controlled environment. <\/p>\n
Before going to Mars, engineers will have to test all these critical systems on the Moon because failure of these systems on Mars could prove fatal. The Moon, on the other hand, provides a safer proving ground for troubleshooting. <\/p>\n
Other mysteries yet to be revealed<\/span><\/h2>\nFor scientists, the possibility of assessing fresh lunar material is the ultimate prize. According to Russell, the Moon serves as a “brilliant archive” of our own planet. <\/p>\n
Since Earth has always been subject to geological disturbance marked by the movement of tectonic plates, winds, and rain, the geologically cool and stable lunar surface offers an insight into lost chapters of Earth’s early history.<\/p>\n
The dawn of a new space race? <\/span><\/h2>\nArtemis II is expected to spark a new kind of space race. China is the primary “pacing competitor”. While Artemis II is in orbit, China is advancing its Chang’e 7 mission (launching in mid-2026) to the moon’s south pole. They aim to achieve human landing by 2030 to establish dominance in deep space. <\/p>\n<\/p><\/div>\n
Ultimately, Orion will pass around the lunar surface on a free-return trajectory, and reach a distance of more than 248,000 miles from Earth, the greatest distance ever seen from Earth during this phase.<\/p>\n
return to earth <\/span><\/h3>\nAfter achieving lunar flight, the crew will conduct deep space tests before returning to Earth. <\/p>\n
to splash <\/span><\/h3>\nAs Orion approaches Earth, it will discard its major components before plunging into the atmosphere at about 25,000 miles per hour. This also includes landing in the Pacific Ocean where recovery teams will be waiting. <\/p>\n
Potential Major Risks<\/span><\/h3>\nAccording to Fiona Antkowiak, one of the nine flight directors assigned to Artemis II, as Orion enters the atmosphere, it will experience massive temperatures of more than 2000C, which could be the most dangerous few minutes of the mission. <\/p>\n
Furthermore, the risks of returning to Earth cannot be ignored. In January 2023, the Space Shuttle Columbia disintegrates during re-entry, killing seven astronauts aboard. <\/p>\n
Artemis II: A step toward understanding lunar science<\/span><\/h2>\nIn the space race, the dry, dusty and barren Moon has emerged as a valuable frontier due to the presence of worthy elements such as rare earth elements. Given the scarcity of rare earth elements on Earth’s surface, the ability to explore the lunar surface would give countries access to these metals in high concentrations. <\/p>\n
The presence of metals like iron and titanium, which are used in everything from superconductors to medical devices, will intensify competition.<\/p>\n
“There is water trapped in some of its minerals and there is considerable water at its poles,” says Sarah Russell, a planetary scientist at the Natural History Museum.<\/p>\n
If we are able to find water on the Moon, it means that humans can expand their presence beyond Earth as water will be used not only for drinking but also to provide oxygen. <\/p>\n
Artemis II will also contribute to lunar science, allowing astronauts to study the lunar south polar regions and the Orientale Basin. <\/p>\n
By looking closely at the Moon’s horizon glow, a faint glow caused by dust particles, scientists can trace the behavior of dust on the Moon. <\/p>\n
Test bed for future Mars missions<\/span><\/h2>\nAccording to NASA, the mission is intended to “explore the Moon for scientific discovery, economic benefit, and to lay the groundwork for the first manned mission to Mars.”<\/p>\n
According to Libby Jackson, head of space at the Science Museum, “Going to the Moon and staying there for a long time is much safer, much cheaper and much easier to become a test bed for learning how to live and work on another planet.” <\/p>\n
Establishing a lunar base allows NASA to refine life-support systems such as air and water recycling in a controlled environment. <\/p>\n
Before going to Mars, engineers will have to test all these critical systems on the Moon because failure of these systems on Mars could prove fatal. The Moon, on the other hand, provides a safer proving ground for troubleshooting. <\/p>\n
Other mysteries yet to be revealed<\/span><\/h2>\nFor scientists, the possibility of assessing fresh lunar material is the ultimate prize. According to Russell, the Moon serves as a “brilliant archive” of our own planet. <\/p>\n
Since Earth has always been subject to geological disturbance marked by the movement of tectonic plates, winds, and rain, the geologically cool and stable lunar surface offers an insight into lost chapters of Earth’s early history.<\/p>\n
The dawn of a new space race? <\/span><\/h2>\nArtemis II is expected to spark a new kind of space race. China is the primary “pacing competitor”. While Artemis II is in orbit, China is advancing its Chang’e 7 mission (launching in mid-2026) to the moon’s south pole. They aim to achieve human landing by 2030 to establish dominance in deep space. <\/p>\n<\/p><\/div>\n
As Orion approaches Earth, it will discard its major components before plunging into the atmosphere at about 25,000 miles per hour. This also includes landing in the Pacific Ocean where recovery teams will be waiting. <\/p>\n
Potential Major Risks<\/span><\/h3>\nAccording to Fiona Antkowiak, one of the nine flight directors assigned to Artemis II, as Orion enters the atmosphere, it will experience massive temperatures of more than 2000C, which could be the most dangerous few minutes of the mission. <\/p>\n
Furthermore, the risks of returning to Earth cannot be ignored. In January 2023, the Space Shuttle Columbia disintegrates during re-entry, killing seven astronauts aboard. <\/p>\n
Artemis II: A step toward understanding lunar science<\/span><\/h2>\nIn the space race, the dry, dusty and barren Moon has emerged as a valuable frontier due to the presence of worthy elements such as rare earth elements. Given the scarcity of rare earth elements on Earth’s surface, the ability to explore the lunar surface would give countries access to these metals in high concentrations. <\/p>\n
The presence of metals like iron and titanium, which are used in everything from superconductors to medical devices, will intensify competition.<\/p>\n
“There is water trapped in some of its minerals and there is considerable water at its poles,” says Sarah Russell, a planetary scientist at the Natural History Museum.<\/p>\n
If we are able to find water on the Moon, it means that humans can expand their presence beyond Earth as water will be used not only for drinking but also to provide oxygen. <\/p>\n
Artemis II will also contribute to lunar science, allowing astronauts to study the lunar south polar regions and the Orientale Basin. <\/p>\n
By looking closely at the Moon’s horizon glow, a faint glow caused by dust particles, scientists can trace the behavior of dust on the Moon. <\/p>\n
Test bed for future Mars missions<\/span><\/h2>\nAccording to NASA, the mission is intended to “explore the Moon for scientific discovery, economic benefit, and to lay the groundwork for the first manned mission to Mars.”<\/p>\n
According to Libby Jackson, head of space at the Science Museum, “Going to the Moon and staying there for a long time is much safer, much cheaper and much easier to become a test bed for learning how to live and work on another planet.” <\/p>\n
Establishing a lunar base allows NASA to refine life-support systems such as air and water recycling in a controlled environment. <\/p>\n
Before going to Mars, engineers will have to test all these critical systems on the Moon because failure of these systems on Mars could prove fatal. The Moon, on the other hand, provides a safer proving ground for troubleshooting. <\/p>\n
Other mysteries yet to be revealed<\/span><\/h2>\nFor scientists, the possibility of assessing fresh lunar material is the ultimate prize. According to Russell, the Moon serves as a “brilliant archive” of our own planet. <\/p>\n
Since Earth has always been subject to geological disturbance marked by the movement of tectonic plates, winds, and rain, the geologically cool and stable lunar surface offers an insight into lost chapters of Earth’s early history.<\/p>\n
The dawn of a new space race? <\/span><\/h2>\nArtemis II is expected to spark a new kind of space race. China is the primary “pacing competitor”. While Artemis II is in orbit, China is advancing its Chang’e 7 mission (launching in mid-2026) to the moon’s south pole. They aim to achieve human landing by 2030 to establish dominance in deep space. <\/p>\n<\/p><\/div>\n
In the space race, the dry, dusty and barren Moon has emerged as a valuable frontier due to the presence of worthy elements such as rare earth elements. Given the scarcity of rare earth elements on Earth’s surface, the ability to explore the lunar surface would give countries access to these metals in high concentrations. <\/p>\n
The presence of metals like iron and titanium, which are used in everything from superconductors to medical devices, will intensify competition.<\/p>\n
“There is water trapped in some of its minerals and there is considerable water at its poles,” says Sarah Russell, a planetary scientist at the Natural History Museum.<\/p>\n
If we are able to find water on the Moon, it means that humans can expand their presence beyond Earth as water will be used not only for drinking but also to provide oxygen. <\/p>\n
Artemis II will also contribute to lunar science, allowing astronauts to study the lunar south polar regions and the Orientale Basin. <\/p>\n
By looking closely at the Moon’s horizon glow, a faint glow caused by dust particles, scientists can trace the behavior of dust on the Moon. <\/p>\n
Test bed for future Mars missions<\/span><\/h2>\nAccording to NASA, the mission is intended to “explore the Moon for scientific discovery, economic benefit, and to lay the groundwork for the first manned mission to Mars.”<\/p>\n
According to Libby Jackson, head of space at the Science Museum, “Going to the Moon and staying there for a long time is much safer, much cheaper and much easier to become a test bed for learning how to live and work on another planet.” <\/p>\n
Establishing a lunar base allows NASA to refine life-support systems such as air and water recycling in a controlled environment. <\/p>\n
Before going to Mars, engineers will have to test all these critical systems on the Moon because failure of these systems on Mars could prove fatal. The Moon, on the other hand, provides a safer proving ground for troubleshooting. <\/p>\n
Other mysteries yet to be revealed<\/span><\/h2>\nFor scientists, the possibility of assessing fresh lunar material is the ultimate prize. According to Russell, the Moon serves as a “brilliant archive” of our own planet. <\/p>\n
Since Earth has always been subject to geological disturbance marked by the movement of tectonic plates, winds, and rain, the geologically cool and stable lunar surface offers an insight into lost chapters of Earth’s early history.<\/p>\n
The dawn of a new space race? <\/span><\/h2>\nArtemis II is expected to spark a new kind of space race. China is the primary “pacing competitor”. While Artemis II is in orbit, China is advancing its Chang’e 7 mission (launching in mid-2026) to the moon’s south pole. They aim to achieve human landing by 2030 to establish dominance in deep space. <\/p>\n<\/p><\/div>\n
For scientists, the possibility of assessing fresh lunar material is the ultimate prize. According to Russell, the Moon serves as a “brilliant archive” of our own planet. <\/p>\n
Since Earth has always been subject to geological disturbance marked by the movement of tectonic plates, winds, and rain, the geologically cool and stable lunar surface offers an insight into lost chapters of Earth’s early history.<\/p>\n