Board Thread:General Discussion/@comment-5441128-20170619140335/@comment-5441128-20170626153312

Xandermcc wrote: Dragonfly82 wrote: Xandermcc wrote: Dragonfly82 wrote: Xandermcc wrote: Dragonfly82 wrote:

Xandermcc wrote:

Dragonfly82 wrote:

Xandermcc wrote:

Dragonfly82 wrote: You can visit on this. I would love it if they solved that cliffhanger. Who is the baby? The secret love child of Clark and Maxima? She was sexually aggressive on Smallville and Superman: The Animated Series. If I can recall it was mentioned that the child was of royal bloodline. That was on those shows. Clark never met Maxima on Lois and Clark cause he is a loyal guy to Lois. Never would he have done what happened on Smallville. Also they never mentioned anything about the kid's origin. They just showed a baby covered with a blanket that had the Superman emblem. It could had been before he moved to Metropolis and with the kissing ability she had which also killed a guy almost Jimmy Olson and it did have a effect on Clark because he was having his way also Alicia used red kryptonite and he did date Lana.

I believe it was on a interview. It was over a decade. Except that Maxima doesn't have that power in the comics. It was only in the show. Lois and Clark would have had a different Maxima if she was on the show which she wasn't.

Nah, the interview stated that the kid was going to be from Krypton. I wonder if Lois & Clark: The New Adventures of Superman would be a part of the Arrowverse? It could be cool to meet Maxima again. It seems to be it's own canon. Or at least on another earth. Evidence of this is that Vixen was a robot created by one of Lex's kids that was in love with Lois.

Also one thing that would be great is if E-3 had Dean Cain playing the Superman of that Earth. Suergirl was once its own canon until it wasn't anymore, in a way it's kind of sad.

Really? When was Suer-Girl in the Arrowverse? She could have helped Barry with that court case in Cause and Effect if she was in the universe. She was on Earth 1 in the musical episode.