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Originally Posted by Monkeypaws
Here is a question - I understand the consequences of a rubber-arm trying to throw a Nuke or a Boss.
What about the other way, what happens when you throw a low speed disc much faster than its disc speed?
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In general they'll act more understable than their ratings, but some discs act as advertised over a wide range of speeds.
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I've been puzzling over how people throw mid-ranges over 300 feet for example. These discs must be going much faster than their ideal speed.
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Just a fun fact, but "slower" discs have a higher initial speed than "faster" discs. It's because you can get a stronger grip on a narrower rim. The "slower" discs just slow down a lot faster than the "fast" ones.
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Is it a question of the disc's natural stability, or technique, i.e. throwing it on a hyzer angle, a combo thereof?
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It's a combo. However, as I said above, there are some discs that perform well over a wide range of speeds. Many of them are putters and mids. For example, discs like the BB Aviar, Wizard, Challenger, Roc, Wasp, Buzzz, and many other putters and mids like that can take a lot of power without getting squirrley. So players who throw real far will still get a lot of use out of them. The discs where it's a big deal are usually the ones that are understable out of the box. They tend to be more "speed sensitive" and will turn a lot more when thrown with a lot more power.
It's another can of worms, but that's what people talk about if you hear them referring to discs as "speed stable" (they act overstable if thrown under speed and understable if thrown over speed) or "true" or "design" stable (they act like they're supposed to over a wide range of speeds).