u/Acrobatic-Engineer47

When i heard about Aleph-1 in Wuwa, i was EXCITED because with enough investment in lore Aleph-1 could be the frist 1B-1A tier character in the Wuwa verse and stand proud with others highly tier 1 character. I think "this is Kuro", they nailed it with Pgr lore and they will/must be doing the same job in lore with this guy. But sadly NO, all Aleph-1 did just doing mambo jumpo space-time thing (a feat which Wuwa already have) and spamming "higher dimensional TEXT" without further expand and further explain Dimension/Dimensional 😭🥀. Even his destruction value is ONLY planet level because those Dev only care about him threat to Solaris, NOT ONCE they mention that he will be a threat to the universe or something like that (luckily with chain scale i could bring him above planet level but you get the idea). Overall YES his story related to 3x is good but he is are WASTE POTENTIAL for the "Aleph-1"

I mean you could take this as a "potential" feat because Aemeath herself can go into the future and know what was going on so this statement is not too fat fetch but again what is you guys opinion on this?

This is my scaling of Rover in my country page, feel free to give a opinions down below

I would take notice and maybe change some feat base on you guys opinions

https://endless-fictional-arena.fandom.com/vi/wiki/Rover\_(Wuthering\_Wave)

How fast is Aleph-1 traveling across the universe?

As we know, Aleph-1 was thrown by the Exotrider all the way to the farthest edge of the universe. According to the story, it would take Aleph-1 several hundred years to return to Solaris

First: We are calculating Aleph-1’s pure travel speed, not teleportation. If it could teleport, it would return to Solaris in an instant instead of taking hundreds of years

Second: We will use the edge of our observable universe and treat Earth’s current position as Solaris. That means Aleph-1 was thrown 46 billion light-years away (rounded). For “several hundred years,” I’ll use 200 years for high ball (since “several” usually starts from 2 onward )

Now let’s do the simple calculation (I’ll convert everything to kilometers step by step):

1 light-year = 9.46073 × 10¹² km (or 9,460,730,472,580 km)

46 billion light-years = 4.351936017 × 10²³ km (or 435,193,601,700,000,000,000,000 km)

Using the simple formula v = d / t:

Distance d = 4.351936017E+23 km

Time t = 200 years

v = 4.351936017E+23 / 200 = 2.48398E+17 km/h (or 248,398,000,000,000,000 km/h) Equivalent to 68,999,444,444,444.44 km/s

We know the speed of light is 1.079e+9 km/h (1,079,252,848 km/h or 299,792.458 km/s)

2.48398E+17 ÷ 1.079e+9 ≈ 230,211,307 times the speed of light

Conclusion:

Aleph-1 is moving at 230,000,000c — or simply 230 million times the speed of light. The Exotrider from the Rover civilization was traveling at roughly the same speed through space when Aleph-1 spotted it, chased after it, and both eventually arrived at Solaris-3

P.S.: The calculated numbers may have small differences depending on the exact constants used, but they are mostly correct and the deviation is negligible