Magforce-Z is centrifugal controlled magnetic brake. It has centrifugal weights that rotates against slope, which creates axial force as a result. Force is against spring force. As axial force increases to bigger than spring force, inductor starts to move out, this is called as activation revolutions. Because of rapid spool acceleration (and moreover to the frictions because of acceleration), inductor moving to out is very fast. Right? In sv spool inductor is attached to spool by twisting inductor ramp. In the beginning of cast magnetic brake torque in the inductor ramp is nearly 0, because spool has just begun to turn. But in the beginning of cast spool acceleration is very rapid, inductor tends to twist until it’s fully twisted, because of momentum of inertia of inductor. This happens in the very beginning of cast because acceleration is fastest in the beginning of cast. Twisting inductor pushes inductor to be extended. Right? But in the video is shown in 1:17 that both style inductors rises gradually about during ¼ cast, which isn’t possible. Right? …Twisting inductor rises very rapidly and Centrifugal inductor doesn’t need much more time to rise. Also in video is shown gradual landing of Z inductor (in 2-stage in case of BOOST system). But in the video is shown gradual movement of sv spools inductor, which can’t be correct, because when movement of it begins, it can’t find balance point before it has went to next point (like Z style balances centrifugal forces vs. spring force). Right?
Magforce-Z is centrifugal controlled magnetic brake. It has centrifugal weights that rotates against slope, which creates axial force as a result. Force is against spring force. As axial force increases to bigger than spring force, inductor starts to move out, this is called as activation revolutions. Because of rapid spool acceleration (and moreover to the frictions because of acceleration), inductor moving to out is very fast. Right?
In sv spool inductor is attached to spool by twisting inductor ramp. In the beginning of cast magnetic brake torque in the inductor ramp is nearly 0, because spool has just begun to turn. But in the beginning of cast spool acceleration is very rapid, inductor tends to twist until it’s fully twisted, because of momentum of inertia of inductor. This happens in the very beginning of cast because acceleration is fastest in the beginning of cast. Twisting inductor pushes inductor to be extended. Right?
But in the video is shown in 1:17 that both style inductors rises gradually about during ¼ cast, which isn’t possible. Right?
…Twisting inductor rises very rapidly and Centrifugal inductor doesn’t need much more time to rise.
Also in video is shown gradual landing of Z inductor (in 2-stage in case of BOOST system). But in the video is shown gradual movement of sv spools inductor, which can’t be correct, because when movement of it begins, it can’t find balance point before it has went to next point (like Z style balances centrifugal forces vs. spring force). Right?
How heavy baits does the real handle? Possible to throw 3-4oz / 85-110g? baits?
Hi! Yes, that is no problem :)
Please help me how to buy daiwa PROREX ags rods where can i buy,, please help !!
Please help me how to buy daiwa prorex ags rods. Please help where can i buy???