Key Takeaways
1. ESA released a time-lapse video showcasing the Artemis II moon rocket rollout, highlighting collaboration with NASA.
2. The European Service Module (ESM), provided by ESA, is crucial for supplying the Orion capsule with essential resources.
3. The video condenses a 12-hour transport journey from the Vehicle Assembly Building to Launchpad 39B into just over 90 seconds.
4. The crawler-transporter moves slowly at 1.6 km/h, emphasizing the rocket’s massive size in comparison to its surroundings.
5. Artemis II aims to send four astronauts on a ten-day lunar flyby, with initial launch dates set for February or April if tests are successful.
The European Space Agency (ESA) has shared a brief video that captures the entire rollout of the Artemis II moon rocket in a speedy time-lapse. This video is significant because the mission is a collaboration. NASA is responsible for the enormous Space Launch System, while ESA provides a vital part known as the European Service Module (ESM). This essential component is located directly beneath the Orion capsule and supplies the crew with vital resources like electricity, water, air, and propulsion needed for the journey to the Moon. As a result, the ESA logo is clearly visible on the spacecraft.
Impressive Time-Lapse
The ESA video effectively compresses the twelve-hour journey from the Vehicle Assembly Building to Launchpad 39B into just over 90 seconds. Before the rocket emerges into the open air, the video offers a striking glimpse inside the Vehicle Assembly Building (VAB). Standing tall at 160 meters and with a volume of around 3.7 million cubic meters, this assembly facility is among the largest buildings in the world, providing an enormous backdrop that makes the already massive SLS rocket seem small in comparison.
Slow Yet Steady
In reality, the gigantic crawler-transporter moves at a maximum speed of 1.6 km/h (1 mph), a pace that even pedestrians could easily surpass. This special vehicle has been operational since 1965, having transported countless rockets and shuttles. The time-lapse makes up for the slow movement and skillfully showcases the 6.5-kilometer (4 mi) route along with the sheer size of the rocket.
Preparing for Launch
After reaching the launch pad, the preparations for the significant launch are now moving into an intense phase. Artemis II is scheduled to send four astronauts on a ten-day flyby of the Moon, marking the first crewed flight into deep space in fifty years. Once the rocket separates, the European Service Module will take over control. If the upcoming tests go well, initial launch dates are already planned for February, aiming for a departure by April at the latest. Since the rocket’s rollout, people can follow Artemis II through a live stream on YouTube.
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