» Super Collapse! 2 Description

Four modes: Relapse, Traditional, Strategy, and Puzzle make this action puzzle game jam packed with excitement and relaxing fun! Enjoy frantic timed modes and puzzle over relaxing brain teasers. Collapse! II is one of our most popular games.

» Super Collapse! 2 Summary

» Super Collapse! 2 Screenshots

Screenshot 1

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Screenshot 2

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Screenshot 3

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» Super Collapse! 2 Features

• Think before you click in Strategy mode.
• Clear the screen in Puzzle mode.
• Keep an eye on the top and bottom in Relapse mode.
• Play offline and full screen

» Super Collapse! 2 Reviews

• "I have been playing Collapse for over a year now and can't get away from it! Consider yourself warned." -Amy
• "WOW! You'll have bags under your eyes after staying up all night having fun and trying to beat your own high score." -The Coolest Game!
• "I've Collapsed and I can't get up!" -John
• "Super Collapse II and I are seriously involved puzzle games. Ever since we met, it's been love at first play!" -Annie
• "WARNING! This dad has determined that this puzzle game is EXTREMELY ADDICTING! I can't get away from it!" -Addicted Dad
• "We have a Collapse tournament going at work!" -Tracker
• "Collapse is one of those puzzle games that you can play all hours of the night as time magically passes by. No puzzle game is better. You get a challenge and have fun all at the same time." -Sasha
• "I've got my mom, grandma, sisters and others playing Collapse." -Brittany
• "Collapse is the best puzzle game ever." -Kevin G.

» Super Collapse! 2 System Requirements

• Windows 98/ME/2000/XP or Mac OS X v10.1
• Processor: 166 MHz or faster
• Memory: 32 MB or more
• 16-bit graphics and sound

» Super Collapse! 2 Extra Info

Did you know that...

Gravitational collapse in astronomy is the sudden inward fall of a massive body under the influence of the force of gravity. When all stellar energy sources are exhausted, the interior of a star will undergo a gravitational collapse. The gravitational collapse of the interior of a star releases so much energy that the outer layers are blown away in an explosion. The remnants of explosions leading to the formation of white dwarfs are observed as planetary nebulae. Larger explosions, leading to the formation of a neutron star or black hole, are observed as supernovae, of which remnants can be observed.

Misspellings: supercollapse2 colapse collaps