Astronomer

I'm excited for the new Star Citizen update! But seriously, good work KSP 2 team!

I think one PC requirement for KSP 2 that is often overlooked is a good controller, like a Thrustmaster HOTAS or at least an Xbox one controller. For PC specs I think it's safe to say that you will need a stronger CPU than any other game would need. I would also recommend an NH-D15 cooler for almost any system. DLSS and FSR will further emphasize the need for a strong CPU instead of the GPU.

I've added some information and a new system map.

WOW this mod is next level!

What do you think is the order of the planets in the Debdeb (Deb Deb) system? Here is the overview in my order: Debdeb - It is a possible analogue of Alpha Centauri while also being 4ly away (as mentioned in KSP 2 - Episode 5 at around 1:20). Judging by the distance of the planetary Debris disk from the star, and the fact that it has already formed into planets, the age of the star might be around 5 to 50Myr. The only planets officially confirmed to be in Debdeb so far are: Charr, Gurdamma (+Donk, +Gop), and Glumo (+Merbel). Some planets are seen orbiting a yellow star, while Gurdamma is seen orbiting an orange-red star (which we know is Debdeb). This could be placeholder or outdated footage. We do know that Nate has confirmed that some of the planets we've seen are from different systems. The following is my order if all of the known new planets were in Debdeb. Charr - It has been officially confirmed to be the innermost planet. It has a very hot surface and it is made entirely out of iron. Planetary Debris Disk - It is formed formed from the protoplanetary disk after a few million years. It is orbiting the star and has formed at least 2 planets. Rask and Rusk - They have a partially melting surface. We're not sure if it is entirely due to tidal forces alone, or if star proximity plays a part. If they are present in the Debdeb system, my guess would be that they are the 2nd innermost planet we see on on the map. If so, they will likely have high amounts of iron and possibly some carbon. Gurdamma - It is a young earth, or proto Kerbin, with rings. It has liquid water, but no ice. Gurdamma is officially confirmed to be like Earth in the Hadean Eon. At that time Earth had a very thick carbon dioxide atmosphere, with oceans of liquid water. Gurdamma has no oxygen and it is covered in craters and occasional surface lava. This is also the planet we have the most footage of so far. Donk - It is a moon of Gurdamma which was formed with the ring after a recent collision. It has a light grey rocky surface. Gurdamma may also have a second distant moon with unknown composition. Gop - Gurdamma may also have a second distant moon with unknown composition. It is possible it is the unknown brown planet/asteroid we saw the footage of earlier, but that's kind of a long shot. Lapat - Although not confirmed, the little footage we have of it shows it has vegetation and clouds. It is most likely not present in Debdeb, as it would take a while for plants to develop. If it is in Debdeb, it would be in the goldilocks zone due to water and trees. The vegetation might be producing oxygen making atmosphere breathable. This could allow for animal life. Puf - It has an atmosphere and a large crater with liquid water which looks like an eye. If it is in the Debdeb system, the presence of ice caps might put it on the colder side of the goldilocks zone. It does not appear to be tidally locked. Clearly it had suffered a massive collision. Ovin - It is a giant dry planet with rings. It is larger than Kerbin and has a surface gravity of 4Gs. There is no surface water or ice. If it is hot and further away from the star, it might have a dense greenhouse gas rich atmosphere. There are no mountains on Ovin due to the high gravity. It might also be flinging asteroids from the mid-system asteroid field into the inner planets, like Gurdamma. Skutt - It is a large spinning asteroid with a rocky surface. With one side being covered in boulders and a fast spin, it will allow for some fun landing challenges. If it is in the Debdeb system, it would make sense for it to reside in one of the asteroid fields Glumo - It is a colorful Saturn analogue with rings. It's moon, Merbel, is the icy moon we first saw in the cinematic trailer. Its orbit does not align with the ring, suggesting it was captured by Glumo. In addition to ice, it also has some liquid water and atmosphere. There is a chance that underwater life is possible here. Maybe it was a captured planet that is now slowly melting. Glumo is confirmed to be in Debdeb. Due to its frozen moon, I would put it further away from the star. Perhaps it is the planet we see in the far corner of the map. In KSP 2 Episode 5, we got to see an early map of Debdeb. I have made a vector map using the information we currently have: SVG: https://www.reddit.com/r/KSP2Mods/comments/z2g1zg/comment/ixggn7v/?utm_source=share&utm_medium=web2x&context=3 What do you think of my order of Debdeb's planets and where they are located? Keep in mind that the only planets officially confirmed for Debdeb are: Charr, Gurdamma, and Glumo.

Before: After: Before: After:

IDK how to reproduce this so this is not a bug report. I just could not not share this screenshot of Bill getting cloned?! xD When I switch to the clone (whomst I cannot control) in the bottom right I see this: Since I could not control the clone I had to dispose of him through the tracking station. For anyone curious how this happened: I was building on the station while holding the ladder of the hitchhiker then boarded. The 'dead' Bill was still on the ladder obstructing the hatch, while the living one was inside the hitchhiker.

Are you using Kopernicus BE 1110?

I get 30 fps if I have a lot of lights.

Thanks! I did not give explicit permission to anyone to maintain my mod, but given my long absence this is fair. Will there be AVP2? We'll see ;).

Yes, I am using KS3P, Scatterer, and a few others.

You're a potato. I get good framerate with a 2080 Super, but the stutter is still there and freezes the game for half a second every 2 seconds.