Old game sequels that should have been

[B3RS3RK]

Noob box is so epic.I used that tactic in MW2 Multiplayer with scottish a lot, almost always won.

Pikemen in a square around, inside some archers and catapults=win.If the money allows it some Gallowglasses as reserve to strengthen weak points.

If the enemy didnt have more archers than you, he was screwed.

[[ptx]]

In my "Proposal" thread I've linked a video to the upcoming engine/game which has that feature implemented. Only other game engine (there are plenty demonstrations but those aren't full fledged game engines) that does on a similar level is Infinity game engine but that game isn't gonna come out in billion years (and their ground level rendering looks like shit compared to Outtera).

Outtera engine, according to its devs can handle 2.2 billion kilometers from earth center with 1 cm accuracy. For the purpose of a game like Elite it would be best to shrink the universe to more manageable dimensions. I mean, who would play a game where you need several years to travel from one Solar System to another. That way you could easily make a model of our Galaxy with said 1 cm accuracy.

Of course, you won't see any such AAA game because current consoles can't support that kind of game engine.

There have been games like that, i've played at least one russian made space game, that had seamless space-planet surface transitions and so. Game was super dull, though, didn't even finish the tutorial, due to spending 30 fucking minutes flying to the next checkpoint, only to run into some fucking meteor at the end.

[Leshma]

This one?

I didn't know it had seamless space-surface transitions.

[Christo]

This one?

I didn't know it had seamless space-surface transitions.

That looks freakin' good.

Too good to be true. 

[[ptx]]

This one?

I didn't know it had seamless space-surface transitions.

Naw, some other game, don't remember the name. The idea is that space-surface transitions also mean very looooooong and boring flights between stuff. I'd rather play a game with a loading screen between space and surface areas.