Note that the title of this thread relates to both Limited and Standard format. I'm addressing both when I speak here (although I figured posting it in Standard would be appropriate, given it's more centralized).
MF-M has been used on customs to improve their Precession in the past, because it supposedly alters the center of gravity to the point where the custom has a uniquely enhanced ability to remain stable/upright (or, in the case of some high-track Balance customs like MF-M Duo Cygnus 230MB, the ability to "pick itself up") at low spin velocities.
I am personally opposed to this notion. I have done extensive informal testing on the subject, and I believe that, not only does MF-M fail to provide an increase in Precession on Spin-Equalizers, but it actually decreases the custom's Precession by a very disturbing amount.
As we all know, the Flywheel Effect, or the wide, outward distribution of weight that allows a rotating object to maintain spin velocity/stability, is decreased the further inward you place weight within a Beyblade. MF-M is, in fact, decreasing this effect (which can be beneficial in some cases where a specific combination calls for higher spin velocity, but not in this case).
Let's say that you have two wooden dowels. You have some glue, a marble, and a dinner plate near you. You glue a dowel to each one, and spin them each with your hand. The dowel with the marble on it almost immediately completely loses spin velocity and topples over within a couple seconds. The dinner plate, however, continues to spin and remains upright for quite a long time.
This is the Flywheel Effect at work. The dinner plate has much wider distributed weight (more weight farther out on the edges) than the marble, which is not very wide and has its weight closer to its center. With MF-M, you are moving the weight of the Beyblade closer to its center, which will decrease both Precession and maintainance of spin velocity, which is not a good thing at all for a Spin-Equalizer.
I've done some mirror testing to support my point:
In these tests, the matches were obviously very close, but as the testing went on it became painfully evident that MF-M was beginning to wobble noticeably earlier and more intensely than the Normal Face. It was, of course, still quite close as most opposite-spin matchups tend to be, but the Normal Face clearly had an advantage in terms of Precession/stability.
Well, that's all I got. Discuss, enjoy, and feel free to test if you can!
Thanks for reading guys!
MF-M has been used on customs to improve their Precession in the past, because it supposedly alters the center of gravity to the point where the custom has a uniquely enhanced ability to remain stable/upright (or, in the case of some high-track Balance customs like MF-M Duo Cygnus 230MB, the ability to "pick itself up") at low spin velocities.
I am personally opposed to this notion. I have done extensive informal testing on the subject, and I believe that, not only does MF-M fail to provide an increase in Precession on Spin-Equalizers, but it actually decreases the custom's Precession by a very disturbing amount.
As we all know, the Flywheel Effect, or the wide, outward distribution of weight that allows a rotating object to maintain spin velocity/stability, is decreased the further inward you place weight within a Beyblade. MF-M is, in fact, decreasing this effect (which can be beneficial in some cases where a specific combination calls for higher spin velocity, but not in this case).
Let's say that you have two wooden dowels. You have some glue, a marble, and a dinner plate near you. You glue a dowel to each one, and spin them each with your hand. The dowel with the marble on it almost immediately completely loses spin velocity and topples over within a couple seconds. The dinner plate, however, continues to spin and remains upright for quite a long time.
This is the Flywheel Effect at work. The dinner plate has much wider distributed weight (more weight farther out on the edges) than the marble, which is not very wide and has its weight closer to its center. With MF-M, you are moving the weight of the Beyblade closer to its center, which will decrease both Precession and maintainance of spin velocity, which is not a good thing at all for a Spin-Equalizer.
I've done some mirror testing to support my point:
TheBlackDragon Wrote:MF-M Gravity Perseus (Stamina ver.) SA165 (normal mode) WD vs. Gravity Perseus (Stamina ver.) SA165 (normal mode) WD
Normal Face launched first on even launches, MF-M launched first on odd. Bottoms, Metal Wheels and Clear Wheels in MINT condition. Parts and spin direction swapped after round 25.
Detail Results (Click to View)
MF-M: 18 (18 OS, 0 KO)
Normal Face: 32 (32 OS, 0 KO)
MF-M Win %: 36.0%
Ties redone: 24
In these tests, the matches were obviously very close, but as the testing went on it became painfully evident that MF-M was beginning to wobble noticeably earlier and more intensely than the Normal Face. It was, of course, still quite close as most opposite-spin matchups tend to be, but the Normal Face clearly had an advantage in terms of Precession/stability.
Well, that's all I got. Discuss, enjoy, and feel free to test if you can!
Thanks for reading guys!