Octopus 7" Stroke Remote 38mm Bore Linear Drive - 12V - Up To 45' or 24,200lbs - OCTAF1012LAR7

Octopus 7" Stroke Remote Linear Drive – 38mm Bore – 12V (Model OCTAF1012LAR7)

The Octopus 7" Stroke Remote Linear Drive is a powerful and precision-engineered 12V marine autopilot drive designed for reliable steering control on vessels up to 45 feet or 24,200 lbs of displacement. Featuring a robust 38mm bore hydraulic cylinder and long 7-inch stroke, this linear drive delivers smooth, responsive steering performance for both sailboats and powerboats.

Built for demanding marine environments, the Octopus OCTAF1012LAR7 is constructed with marine-grade, corrosion-resistant materials to ensure long service life and dependable operation. The remote-mount design provides flexible installation options, making it ideal for tight helm or steering compartments where space is limited.

Designed to integrate seamlessly with compatible Octopus and major-brand autopilot systems, this linear drive offers precise rudder control, reduced steering load, and improved course-keeping in offshore and coastal conditions. Its high thrust capacity makes it suitable for heavier vessels requiring accurate and consistent autopilot performance.

Key Features:

• Stroke Length: 7 inches

• Bore Size: 38mm

• Voltage: 12V DC

• Maximum Boat Length: Up to 45 ft

• Maximum Displacement: Up to 24,200 lbs

• Remote-mounted linear drive design

• High thrust for precise autopilot steering

• Corrosion-resistant marine construction

• Model: OCTAF1012LAR7

Applications:

• Sailboats and powerboats up to 45 ft

• Hydraulic steering autopilot systems

• Coastal and offshore navigation

Choose the Octopus 7" Stroke Remote 38mm Bore Linear Drive – 12V (OCTAF1012LAR7) for dependable autopilot steering power, precision control, and trusted Octopus marine engineering.

Why Choose the Octopus 7" Remote Drive?

The OCTAF1012LAR7 is the ideal solution for boaters who need maximum power in a compact stroke length. It is particularly popular on modern cruising sailboats where the steering quadrant may be located in a very narrow or shallow space. Its hydraulic design is more robust than mechanical alternatives, making it a "lifetime" component for serious blue-water sailors.

Installation Pro-Tip:

Because this is a Remote system, it is vital to use high-quality, low-expansion hydraulic hoses. Any "stretch" or expansion in the hoses will result in "soft" or spongy steering, which can cause the autopilot to hunt and work harder than necessary. Always ensure the system is bled thoroughly of all air bubbles during the initial setup.