Octopus 12" Stroke Remote 38mm Linear Drive - 12V - Up To 60' or 33,000lbs

The Octopus 12" Stroke Remote 38mm Linear Drive is a heavy-duty hydraulic autopilot actuator purpose-built for vessels requiring reliable, hands-free steering control on the water. Designed for boats equipped with mechanical steering systems, this 12-volt linear drive transforms manual rudder operation into automated precision steering—a game-changer for long-distance cruising, commercial fishing operations, and multi-day expeditions where fatigue compromises boat handling. Whether you're running extended trawl patterns or maintaining course through variable conditions, this Octopus unit eliminates the physical demand of constant wheel correction.

This linear actuator assembly combines an Octopus reversing pump with a marine-grade hydraulic cylinder to deliver smooth, sealed-system operation capable of managing rudder loads up to 33,000 pounds or controlling vessels up to 60 feet in length. The 12-inch stroke provides adequate throw for most single and dual-rudder configurations, while the 38mm bore ensures consistent pressure delivery across varying sea states and steering angles. The compact 8 x 8 x 39-inch envelope fits cleanly into confined engine room spaces, and the sealed hydraulic design eliminates corrosion concerns inherent in open mechanical linkages—a critical advantage in saltwater environments where reliability directly impacts safety.

This Octopus autopilot drive is ideal for professional fishing fleets, charter operators, and serious cruising enthusiasts who demand fail-safe steering on extended offshore passages. Installation requires integration with existing mechanical steering systems and a dedicated 12-volt power circuit; professional marine engineering review is strongly recommended to ensure proper hydraulic line sizing and pressure regulation. The 22.4-pound unit's robust construction and proven track record make it a trusted upgrade for vessels where steering precision and operator fatigue management are non-negotiable operational requirements.