 ■ Sensitivity area design system “ESS = Expert Sense Simulation” When the
rod is bent, energy (restoring force) is generated that tends to occur in the opposite direction.This is the “strain energy” that a deformed (strained) blank tends to recover, and is a very important factor that affects the performance of the crucible. “ESS” is Daiwa’s unique system that analyzes and designs this invisible “strain energy”. As well as clearly grasping “Who is better” and “Which is missing” numerically, it has become possible to analyze and digitize the area called expert’s sensibility and reflect it in the rod. |
 ■ SMT (Super Metal Top)
Super elastic titanium alloy “SMT” is supple and sensitive. He / she conveys atari well for vision (eye sensitivity) and tactile sense (hand sensitivity). The super-titanium alloy, which is flexible and has excellent properties to transmit vibration for a long time, is hybridized with carbon and glass materials to achieve optimal tone and weight reduction for each application. |
 ■ Super high density SVF carbon
High-density HVF carbon is produced by reducing the amount of resin compared to normal graphite and increasing carbon fiber. Blanks revolutionized lightness and power, but ultra-high-density SVF carbon was developed with the aim of further improvement. By injecting carbon fiber at a higher density than HVF, we created tension, lightness, sensitivity and power that surpassed HVF. Therefore, it has absolute strength in fishing such as jigs and Texas. However, it also features moderate softness and is also surprised by the all-round performance of scrolls. The tension, lightness, and sensitivity are the top priorities, but a little mild hidden taste is also required. The best material for such a rod. |
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The relationship between the orientation angle of X45 carbon fiber and the elastic modulus is very special, and even if the angle of the carbon fiber deviates even at 1 °, the elastic modulus decreases greatly. When considering the performance of the kite, the ideal structure is 0 ° / 45 ° / 90 °. The elasticity of “twist” and “slip” is reduced compared to “”. Also, in order to exert the same power as the “X45” at an intermediate angle, considerable weight increase is required. The X45, which employs the three angles with the highest elastic modulus, is the optimal structure for preventing twisting that has been scientifically backed up, resulting in high operability and improved power. |
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Line break at Finesse. Where is that principle?
