Edson 13" SS ComfortGrip PowerWheel Steering Wheel - Polished - Fits 3/4" Tapered Shaft

The Edson 13" Stainless Steel ComfortGrip PowerWheel Steering Wheel in polished finish is a purpose-built marine steering solution designed for vessels requiring precise helm control and all-day ergonomic comfort. With a tapered shaft fit of 3/4 inch, this wheel delivers the combination of durability, refined aesthetics, and soft-grip feedback that serious boaters depend on for extended time behind the helm.

The ComfortGrip PowerWheel features Edson's signature rubber finger grip insert molded into the rim, providing tactile control and reducing hand fatigue during extended steering operations—critical for offshore fishing expeditions, coastal cruising, or commercial applications where steering precision matters. The polished stainless steel construction resists corrosion and salt-air degradation, a key consideration for vessels operating in marine environments. At 13 inches in diameter, this wheel offers a balanced turning radius suitable for mid-range to larger vessels. The included stainless steel wheel nut features dual thread inserts (12mm and 5/8-inch 18 threads), ensuring compatibility across different helm configurations.

This steering wheel is ideal for recreational and commercial operators who prioritize both functionality and corrosion resistance. Weekend fishermen upgrading older helm systems and serious offshore anglers preparing vessels for extended expeditions both benefit from the combination of ergonomic design and marine-grade material selection. The wheel accepts Edson's optional Pro-Series or ComfortGrip PowerKnob accessories for additional control enhancement, offering upgrade flexibility as vessel use demands evolve.

Edson steering wheels are recognized industry-wide for reliable performance across diverse marine applications, from center console fishing boats to cabin cruisers and commercial vessels. The 13" diameter represents a mid-size option within the PowerWheel lineup, balancing mechanical advantage with space constraints typical of modern vessel helm stations.