SAMAKI SALTAN SS-571OH-J OVERHEAD ROD

The Samaki Saltan Overhead Rod is built for serious anglers targeting hard-fighting offshore species. Engineered with advanced composite blanks and reinforced by X-Weave carbon technology in the butt section, the Saltan delivers unbeatable lifting power and control when fishing heavy structure or deep water.

Fitted with premium Fuji components, this rod ensures long-lasting reliability and peak performance in saltwater conditions. Whether you’re dropping jigs on offshore reefs, chasing snapper, coral trout, or amberjack, or fighting powerful pelagics like kingfish and tuna, the Samaki Saltan Overhead Rod is designed to excel.

If you want a rod that combines strength, durability, and precision for inshore reef and offshore fishing, the Saltan Overhead is your ultimate choice.

Product Features

• Composite blank construction for strength and sensitivity
• X-Weave carbon reinforcement in the butt section for maximum power
• Fitted with high-quality Fuji components for saltwater durability
• Designed for offshore jigging, reef fishing, and targeting large predators
• Tailored models to suit various offshore techniques

Product Specifications

Brand: Samaki
Model: Saltan Overhead Rod
Construction: Composite blank with X-Weave carbon technology
Guides: Fuji components
Application: Inshore reefs & offshore fishing (jigging, bottom fishing, pelagics)

Frequently Asked Questions

Q: Is the Samaki Saltan Overhead Rod suitable for estuary fishing?
A: No, this rod is purpose-built for inshore reefs and offshore fishing. It is too heavy for estuary applications.

Q: What species can I target with this rod?
A: Perfect for snapper, kingfish, coral trout, tuna, amberjack, and other offshore predators.

Q: What reel type matches this rod?
A: The Saltan Overhead Rod is designed for overhead reels and pairs well with heavy jigging or offshore overhead setups.

Q: Are the components saltwater resistant?
A: Yes, the rod features premium Fuji guides and reel seats built for long-lasting saltwater performance.