Hello world bladers!
This is a subject that I have been thinking about addressing for quite a while now. Most people believe that R2F has much more competitive value than RF as far as conventional attack types go (IE. Flash GB145, Wyvang H145, etc.), and that RF is only to be used as a substitute in the absence of a good R2F.
I believe that, contrary to popular opinion, there are quite a few benefits to using RF instead of R2F, including:
These attributes can give you some serious advantages over an attack type using R2F, including the ability to consistently out-spin them if you were actually to go attack vs. attack.
R2F certainly has its advantages over RF in a competitive situation, such as:
However, I would like to inquire of those of you who claim that R2F produces superior power to RF. Does R2F really produce more smash on contact than RF? Observe the following test results:
*NOTE* These tests were done a while ago... I don't have a prime RF/R2F at the moment to test with. :\
As far as I know (and I could've missed it, but from all the searching I did I seriously doubt it), this is the only formal comparison between RF and R2F ever recorded on this site. No one has actually tested it yet, and the subject is therefore completely undetermined.
While R2F's shape does indeed increase its speed, does it actually have notably higher traction than RF? RF has a very tame shape, but, due to that round shape, RF has a much wider surface area making contact with the stadium floor than R2F does. This increases friction/traction, and can reduce recoil and increase the solidity of a Beyblade's position, allowing more of the force produced on contact to be directed toward the opponent.
R2F, having sharp, hooked protrusions all around its circumference, really does not "roll" around the surface of the stadium nearly as efficiently or smoothly as RF. With the six sharp points of contact on R2F, you may as well be using a hexagonal shaped bottom, rather than a round one.
This, I believe, explains R2F's lack of stamina in comparison to RF pretty well.
To be honest, R2F has never worked as well as RF for me... obviously this will probably differ between bladers, due to various molds and/or densities of rubber on the bottom, but I really think the fact that R2F is flatly superior to RF for conventional attack is simply a misconception.
Now, as for LRF, I would like to address this bottom as a potential competitive part for use with right-spin attack types. Obviously, R2F is faster, and as such, nobody really uses LRF for right-spin attack... however, if LRF is making contact with the stadium floor on the smooth, round, outward curving sides of the protrusions,
*NOTE* image is R2F mirrored.
rather than the sharp, pointed, inward curving sides as it would in left-spin,
*NOTE* image is R2F mirrored.
then its surface area will be wider, due to the fact that it will be spinning on a somewhat rounded structure. Therefore, theoretically, LRF would serve as a sort of middle-ground performance between R2F and RF. The same would be true using R2F for left-spin attack, which we have already seen to be extremely effective (hence Wyvang Dragooon SA165R2F). It may also be useful to categories such as anti-attack, providing the beyblade with higher speed than RF while still maintaining the stamina to OS R2F-based attack types. I don't have any formal tests, but it's worked well for me so far, and I thought it would be a cool idea to try it out as a side note.
Opinions?
This is a subject that I have been thinking about addressing for quite a while now. Most people believe that R2F has much more competitive value than RF as far as conventional attack types go (IE. Flash GB145, Wyvang H145, etc.), and that RF is only to be used as a substitute in the absence of a good R2F.
I believe that, contrary to popular opinion, there are quite a few benefits to using RF instead of R2F, including:
- Controlability
- Stamina
- Higher smash (in some cases)
These attributes can give you some serious advantages over an attack type using R2F, including the ability to consistently out-spin them if you were actually to go attack vs. attack.
Beywiki Wrote:R²F can be utilized in any situation where RF would be used to increase overall speed and power.
R2F certainly has its advantages over RF in a competitive situation, such as:
- Higher speed
- Higher effect against opponents of the opposite-spin (mostly due to higher speed)
However, I would like to inquire of those of you who claim that R2F produces superior power to RF. Does R2F really produce more smash on contact than RF? Observe the following test results:
Quote:MF-H Flash Orion GB145R2F vs. Reviser Reviser BD145CS
Reviser launched first on all launches. Calm CS, prime R2F.
Orion: wins, 14/20 (All KO)
Reviser: wins, 6/20 (All OS)
MF-H Flash Orion GB145R2F win rate: 70%
MF-H Flash Orion GB145RF vs. Reviser Reviser BD145CS
Reviser launched first on all launches. Calm CS, prime R2F.
Orion: wins, 16/20 (All KO)
Reviser: wins, 4/20 (All OS)
MF-H Flash Orion GB145RF win rate: 80%
*NOTE* These tests were done a while ago... I don't have a prime RF/R2F at the moment to test with. :\
As far as I know (and I could've missed it, but from all the searching I did I seriously doubt it), this is the only formal comparison between RF and R2F ever recorded on this site. No one has actually tested it yet, and the subject is therefore completely undetermined.
While R2F's shape does indeed increase its speed, does it actually have notably higher traction than RF? RF has a very tame shape, but, due to that round shape, RF has a much wider surface area making contact with the stadium floor than R2F does. This increases friction/traction, and can reduce recoil and increase the solidity of a Beyblade's position, allowing more of the force produced on contact to be directed toward the opponent.
R2F, having sharp, hooked protrusions all around its circumference, really does not "roll" around the surface of the stadium nearly as efficiently or smoothly as RF. With the six sharp points of contact on R2F, you may as well be using a hexagonal shaped bottom, rather than a round one.
This, I believe, explains R2F's lack of stamina in comparison to RF pretty well.
To be honest, R2F has never worked as well as RF for me... obviously this will probably differ between bladers, due to various molds and/or densities of rubber on the bottom, but I really think the fact that R2F is flatly superior to RF for conventional attack is simply a misconception.
Now, as for LRF, I would like to address this bottom as a potential competitive part for use with right-spin attack types. Obviously, R2F is faster, and as such, nobody really uses LRF for right-spin attack... however, if LRF is making contact with the stadium floor on the smooth, round, outward curving sides of the protrusions,
*NOTE* image is R2F mirrored.
rather than the sharp, pointed, inward curving sides as it would in left-spin,
*NOTE* image is R2F mirrored.
then its surface area will be wider, due to the fact that it will be spinning on a somewhat rounded structure. Therefore, theoretically, LRF would serve as a sort of middle-ground performance between R2F and RF. The same would be true using R2F for left-spin attack, which we have already seen to be extremely effective (hence Wyvang Dragooon SA165R2F). It may also be useful to categories such as anti-attack, providing the beyblade with higher speed than RF while still maintaining the stamina to OS R2F-based attack types. I don't have any formal tests, but it's worked well for me so far, and I thought it would be a cool idea to try it out as a side note.
Opinions?