We have ICPS-2 separation from Orion! The spacecraft is traveling on its own now and will soon use the spent rocket stage as a target to perform a series of rendezvous and proximity operations demonstrations.

More information on the tests: blog.ulalaunch.com/blog/icps-2-or…

Orion is free of the ICPS

Precision flying in space 🎯
The Artemis II crew are currently demonstrating proximity operations using our European Service Module engines 🚀
The techniques demonstrated will support future Artemis flights 🌕

We hear from the teams here in the Eagle room at ESA Nederland that the European Service Module thrusters are working flawlessly. The reaction control thrusters are having a great performance and allowing for precise manoeuvres during the proximity operations.

"We choose to go to the moon in this decade and do the other things, not because they are easy, but because they are hard." - John F. Kennedy.

For the first time since 1972, NASA has launched a crewed moon mission.

Next up: Orion upper stage separation burn at 03:27 UTC followed by the ICPS disposal burn and cubesat deploy.
Timeline

A close look at Artemis II Orion and ICPS. The sped up video spans the period from 03:16:18 to 03:27:31 UTC.

Artemis II and four humans are on the way towards the Moon!

Godspeed Artemis II! Our crew on the Space Station stayed up to watch the launch of our friends on their historic mission to the Moon. We were over the Northern Pacific Ocean at the time of launch, so we couldn’t see it directly (we watched it on NASA TV).

However, about a half hour later, as we orbited a few hundred kilometers from Florida, I was able to catch a glimpse of the remnants of the trail the rocket made as it passed through the atmosphere! You can see the effect of the wind at different altitudes.

Here's a recap of the trajectory the Artemis II crew is taking around the Moon.

After the TLI (Trans-lunar injection) burn near Earth, there will be three minor course corrections on the way to the moon and three more on the way back, but no burns will be required during the approach or to initiate a return. The Moon's gravity will do the work. This is known as a free-return trajectory.