[스피닝 모델] 뛰어난 비거리와 빠른 띄움을 구현하기 위해 설계된 플래그십 모델. 캐스팅 시 로드가 버트부까지 깊게 휘고, 비틀림을 억제하는 X45의 효과로 로드 전체의 반발력을 최대한 활용해 높은 정확도의 정밀 캐스팅이 가능하다. 상단부에 가이드를 1개 추가하고 전체 가이드 배치를 재설계해 블랭크 퍼포먼스를 극대화하는 밸런스로 진화시켰다. V-JOINTα와의 시너지로 강력한 리프팅 파워를 발휘해 대형어와의 파이트에서도 신속한 띄움이 가능하다.
[베이트캐스팅 모델] 무거운 베이트 리그를 충분히 받쳐주는 파워를 갖추었고, 팁부는 날카로운 릴리즈를 구현한다. 블랭크 전체는 높은 강성을 유지하며 로드 전반을 깊게 휘게 만드는 강력한 반발력을 생성, 릴리즈가 날카로울수록 압도적인 비거리를 뿜어낸다.
DAIWA 테크놀로지
감각 영역 설계 시스템 [ESS] (Expert Sense Simulation)
When a rod bends, energy (restoring force) is generated in the opposite direction of the bend. This energy, known as "strain energy," occurs as the deformed blank tries to return to its original shape, and is a crucial factor that affects the rod's performance. DAIWA developed a unique system to analyze and design this strain energy, allowing for a clear understanding of "what is good" and "what is lacking," while also reflecting the angler’s sensory preferences in the design. This system brings the rod closer to the angler's needs, incorporating tester Kikuma's sensitivities into the design for a deeper evolution in action.
SVF NANOPLUS
By combining ultra-high-density carbon SVF with Toray’s Nanoloy technology, DAIWA achieved further strength enhancement and lightweight properties. The result is an incredibly lightweight, powerful, and slim rod design.
V-JOINTα
The joint section uses high-strength nanoloy material and DAIWA's precision manufacturing technology to create V-JOINTα, which is stronger, lighter, and offers a smoother bend compared to the original V-JOINT. This reduces power loss in the joints, allowing the blank to perform at its best.
X45
To prevent twisting during actions like casting, hooking, and fighting, extensive research concluded that the optimal solution is adding a ±45° bias cross (carbon fibers angled at 45°) to the traditional construction. By incorporating X45, twisting is prevented, and there is a dramatic improvement in power, operability, and sensitivity. This is especially effective when casting heavier rigs.
3DX
3DX is a supportive structure focused on restoring power. It uses a honeycomb structure with excellent stability and restoration power around the outer part of the rod to enhance the blank’s ability to recover its shape. The stronger the rod’s restoration power, the better the stability and distance achieved during casting, with a reduction in tip wobble.
제품 상세
스피닝 모델: 가이드 구성을 7개에서 8개로 변경하고 4번 절에 가이드를 추가했습니다. 캐스팅의 용이성을 높이고 대형어를 신속히 띄우는 리프팅 파워를 강화합니다.
베이트캐스팅 모델: 버트부에 고정 가이드(CCMNOG)를 채용해 베이트캐스팅 릴에서 발생하는 라인 떨림을 억제, 비거리 향상에 기여합니다.
버트부 고정 가이드: 고정 가이드는 라인 떨림을 억제해 비거리를 개선합니다.
파인 피치 가이드 락: 캐스팅 및 리트리브 중 가이드 회전을 방지하고 라인 로스를 줄입니다.
EVA 그립: 버트부에 미끄럼 방지 EVA 그립을 적용했으며, 레이저 각인 "TOURNAMENT" 로고로 스타일을 더했습니다.
엘라스토머 일체형 슈퍼 핏 파이프 시트: 릴의 흔들림을 줄이고 손에 밀착되는 핏을 제공합니다.
오리지널 파이프 시트(베이트 모델): 대형 릴을 확실히 고정하고 캐스팅이나 파이트 중 나사 너트 풀림을 방지하도록 설계했습니다.
When a rod bends, energy (restoring force) is generated in the opposite direction of the bend. This energy, known as "strain energy," occurs as the deformed blank tries to return to its original shape, and is a crucial factor that affects the rod's performance. DAIWA developed a unique system to analyze and design this strain energy, allowing for a clear understanding of "what is good" and "what is lacking," while also reflecting the angler’s sensory preferences in the design. This system brings the rod closer to the angler's needs, incorporating tester Kikuma's sensitivities into the design for a deeper evolution in action.
By combining ultra-high-density carbon SVF with Toray’s Nanoloy technology, DAIWA achieved further strength enhancement and lightweight properties. The result is an incredibly lightweight, powerful, and slim rod design.
The joint section uses high-strength nanoloy material and DAIWA's precision manufacturing technology to create V-JOINTα, which is stronger, lighter, and offers a smoother bend compared to the original V-JOINT. This reduces power loss in the joints, allowing the blank to perform at its best.
To prevent twisting during actions like casting, hooking, and fighting, extensive research concluded that the optimal solution is adding a ±45° bias cross (carbon fibers angled at 45°) to the traditional construction. By incorporating X45, twisting is prevented, and there is a dramatic improvement in power, operability, and sensitivity. This is especially effective when casting heavier rigs.
3DX is a supportive structure focused on restoring power. It uses a honeycomb structure with excellent stability and restoration power around the outer part of the rod to enhance the blank’s ability to recover its shape. The stronger the rod’s restoration power, the better the stability and distance achieved during casting, with a reduction in tip wobble.
