Telescopic carbon fibre rock fishing rod built for surf, rock, and boat fishing. Lightweight spinning rod with long casting reach and compact travel design.
Built for anglers fishing from rocks, beaches, and elevated shoreline spots, this telescopic carbon fibre rock fishing rod delivers reach, strength, and portability in one compact setup. The carbon fibre blank keeps the rod lightweight while maintaining the strength needed for long casts and solid hook sets.
The telescopic design allows the rod to collapse down for easy storage and transport, making it a practical option for travel fishing or keeping in a vehicle or boat. Once extended, the rod provides the length needed to cast further and control line when fishing from rocks, breakwalls, or uneven shoreline terrain.
A sensitive tip improves bite detection and helps anglers feel subtle takes when fishing deeper water or strong current. The guide system helps maintain smooth line flow during casting and retrieval, reducing friction and improving overall casting accuracy.
Designed for saltwater environments, the rod includes corrosion-resistant components and a secure reel seat to handle repeated use around sea spray and harsh conditions. The comfortable grip provides control when casting heavier rigs or fighting fish near structure.
Suitable for spinning reels and a wide range of bait fishing setups, this rod works well for surfcasting, rock fishing, and general coastal fishing where reach and casting distance matter.
Compact when collapsed and powerful when extended, this telescopic fishing rod offers a practical balance between portability and performance for anglers fishing coastal and freshwater environments.
SPECIFICATIONS
• Brand: GOTURE
• Rod Type: Telescopic spinning rod
• Material: Carbon fibre
• Length Options: 5.4 m, 6.3 m
• Power Rating: 10–14 lb
• Fishing Position: Rock, beach, boat, lake, and river fishing
This telescopic carbon fibre rock fishing rod provides long casting reach and compact storage, making it ideal for anglers who need portability without sacrificing performance.
