C.E. Smith Gen2 Carbon Fiber Outriggers - 22' - White - Pair

C.E. Smith Gen2 Carbon Fiber Outriggers - 22' - White - PairGen2 Carbon Fiber Outriggers 22' White 4 Sections Pair Gen2 Poles are designed to prevent galvanic reactions, a common problem with anything made from carbon fiber, which keeps your poles looking good and performing at their best. The base of the poles is made of solid fiberglass for greater strength and stability. Taper Lok joints are used to fix the pole in its extended position. The Taper Lok joints wedge tightly together creating a single rigid

Gen2 Carbon Fiber Outriggers - 22' - White - 4 Sections/Pair

Gen2 Poles are designed to prevent galvanic reactions, a common problem with anything made from carbon fiber, which keeps your poles looking good and performing at their best. The base of the poles is made of solid fiberglass for greater strength and stability.

Taper-Lok joints are used to fix the pole in its extended position. The Taper-Lok joints wedge tightly together creating a single rigid one-piece pole that runs much straighter than fiberglass or aluminum poles. When ready for storage, simply unscrew and remove the locking pin from each collar and the fully rigid sections slide inside each other collapsing the pole. Taper-Lok gives you all the benefits of a single rigid pole with the added convenience of easy storage.

Gen2 Carbon Fiber Poles have an extra-long non-conductive tip designed to prevent line tangles in rough waters. These poles have integrated dual 316 stainless steel halyard eyes that are designed for running multiple halyards on one pole. The smooth design of these eyes also prevents any possibility of snags.

Features:

• Integrated dual halyard 316 stainless steel eyes for running multiple halyards
• Extra-long nonconductive tip to prevent tangles
• Solid fiberglass base for greater strength and stability
• Designed to prevent galvanic reactions
• Taper-Lok joints create single rigid one-piece poles
• Straighter and stronger than fiberglass and aluminum poles
• Sections slide inside one another for collapsible storage