The Dragon ProGUIDE X Casting Rods are designed for anglers who prefer baitcasting setups and demand maximum sensitivity when targeting perch and other predatory species. As part of the next generation ProGUIDE X family, these rods build on the legendary reputation of the Guide Select series, which became widely recognised for its exceptional ability to transmit both lure action and the lightest fish bites.
The ProGUIDE X casting blanks are engineered using a carefully selected combination of Japanese Toray carbon prepregs to achieve an optimal balance of sensitivity, strength and reduced weight. High-modulus 40 and 46 million PSI graphite forms the foundation of the blank, while ultra-stiff 62 million PSI graphite is strategically applied in areas where weight reduction is critical. A 30 million PSI graphite core provides durability and long-term structural integrity.
This advanced blank construction allows the rod to deliver precise, detailed feedback, enabling anglers to clearly feel bottom contact, lure vibration and subtle takes. The short-tipped design enhances control and accuracy when fishing lightweight lures, making these rods particularly effective for technical perch fishing with casting gear.
In terms of components, Dragon equipped the ProGUIDE X Casting Rods with Fuji Alconite K-series guides selected according to the KR-Concept, ensuring smooth line flow, reduced friction and improved casting efficiency. The Fuji TVS casting reel seat features a partially exposed blank, allowing direct finger contact with the rod for enhanced sensitivity. The handle is constructed from second-generation woven carbon graphite, creating a rigid, lightweight structure that further amplifies vibration transfer.
Finished with durable two-part epoxy varnish and high-quality Gudebrod threads, the Dragon ProGUIDE X Casting Rods combine cutting-edge materials, refined design and proven performance, making them an excellent choice for anglers who want total control, sensitivity and confidence when fishing with casting tackle.
