How long does it take to 100% Mario Galaxy 2?
Read More. When focusing on the main objectives, Super Mario Galaxy 2 is about 13 Hours in length. If you’re a gamer that strives to see all aspects of the game, you are likely to spend around 34 Hours to obtain 100% completion.
When did Super Mario Galaxy 2 came out?
May 23, 2010
Super Mario Galaxy 2 | |
---|---|
Series | Super Mario |
Platform(s) | Wii |
Release | NA: May 23, 2010 JP: May 27, 2010 EU: June 11, 2010 AU: July 1, 2010 |
Genre(s) | Platform |
How long is Super Mario Bros 3?
When focusing on the main objectives, Super Mario Bros. 3 is about 5 Hours in length. If you’re a gamer that strives to see all aspects of the game, you are likely to spend around 6 Hours to obtain 100% completion.
Is there a Super Mario Galaxy 2 Nintendo Selects?
Super Mario Galaxy 2 took everything I loved about the original Super Mario Galaxy and made more fun, kooky levels to explore. The “Nintendo Selects” version is only different in price – the base game is the same. I would highly recommend this game to all fans of Mario 🙂
What are the new powerups in Super Mario Galaxy 2?
Players can expect the return of a variety of powerups from the original game including Bee and Boo Mushrooms, but also many that are new varieties including the Rock Mushroom that temporarily turns Mario into a rock that can smash through barriers. Another key change to gameplay is the ability for Mario to join with his pal Yoshi.
Where does Super Mario Galaxy 2 take place?
View larger. Like its predecessor, Super Mario Galaxy 2 is an action platformer set in space. Platforming takes place between worlds, known as galaxies. Mario can move between smaller examples of these by jumping.
How does Mario collect stars on the GameCube?
Mario collects stars as he travels from galaxy to galaxy, sometimes upside-down, sometimes floating from place to place. On some stages, Mario can find an egg, smash it open and hop onto the back of Yoshi. New power-ups include a drill that Mario uses to tunnel through the planet’s surface all the way to the other side of a planet