MrCheeze | Paper Mario - Climbing the ice stairs to Crystal Palace using Sushie Glitch @MrCheeze | Uploaded April 2022 | Updated October 2024, 3 days ago.
This is not useful in any way, because once you make it into Crystal Palace, there is no loading zone behind the door, and it's impossible to progress any further. Still, I thought it was interesting, and the way you have to do it is pretty surprising. For each set of ice stairs, you have to swim to the top a couple stairs at a time, and then do one long dive all the way back to the bottom again to "escape" from being inside the staircase while maintaining your swim height.
The only conceivable situation where this could be useful would be if a hypothetical PM64 randomizer (such as the new one: pm64randomizer.com ) added support for randomizing the loading zones between different regions. In this case, the last loading zone I take might lead not to Crystal Palace, but to somewhere else where having Sushie Glitch is actually useful.
If interested in Paper Mario glitches, you may also be interested in this recent discovery about hammer blocks: twitter.com/MrCheeze_/status/1511910864282173441
This is not useful in any way, because once you make it into Crystal Palace, there is no loading zone behind the door, and it's impossible to progress any further. Still, I thought it was interesting, and the way you have to do it is pretty surprising. For each set of ice stairs, you have to swim to the top a couple stairs at a time, and then do one long dive all the way back to the bottom again to "escape" from being inside the staircase while maintaining your swim height.
The only conceivable situation where this could be useful would be if a hypothetical PM64 randomizer (such as the new one: pm64randomizer.com ) added support for randomizing the loading zones between different regions. In this case, the last loading zone I take might lead not to Crystal Palace, but to somewhere else where having Sushie Glitch is actually useful.
If interested in Paper Mario glitches, you may also be interested in this recent discovery about hammer blocks: twitter.com/MrCheeze_/status/1511910864282173441
