Daiwa Ayu Light Korogashi 90M Fishing

【Voltage Compatibility】 When using electrical appliances, please note that they are designed for Japanese voltage specifications (90-110V), so if you use them with a different voltage, it may cause a malfunction. 【Plug Type】 Our products use Japanese plug types (A or B type). Please use a conversion adapter if necessary. 【Important Note on Transformers and Adapters】 A transformer adjusts voltage to match your device’s requirements. A conversion adapter only changes the plug shape and does not adjust voltage. Using only a conversion adapter without a transformer may result in damage to the product. 【Liability】 We are not responsible for malfunctions or damages caused by improper use, such as operating the product without a transformer. Total length (m):8.98 Number of parts (pieces): 9 Closing dimensions (cm): 132 Weight (g): 310 Tip diameter/base diameter (mm): 1.7/24.2 *Tip diameter is the outer diameter of the tip of the material. Weight load (number): 1-5 Compatible underwater thread Metal line (number): 0.1-0.4 Compatible underwater thread nylon (number): 0.6-1.2 Carbon content (%): 99 Multi:90-81 Accessories: Cushioned rod bag Light and fun! A model exclusively for light korogashi fishing proposed by Daiwa. X45: The relationship between the orientation angle of carbon fibers and the elastic modulus is extremely special, and if the angle of the carbon fibers deviates even by one degree, the elastic modulus will drop significantly. Considering the performance of the rod, 0°, 45°, and 90° are ideal structures, and if you use an intermediate angle like other X structures, the elastic modulus of twisting and cracking will decrease. Put it away. Also, in order to achieve the same power as the X45 at intermediate angles, a significant increase in weight would be required. X45 is the optimal structure that maximizes effectiveness with minimum weight. High-density HVF carbon: We focused not only on the high elasticity of the carbon fiber itself, but also on the amount of resin that plays the role of an adhesive that holds the carbon fiber together. By reducing the amount of resin, which can be called excess fat, and increasing the density of the carbon fibers that form the muscle, we pursue the development of stronger and lighter carbon sheets. By increasing the density of carbon instead of resin, it exhibits much higher performance (power, sharpness, operability, sensitivity) than before.