Raymarine EV200 Linear TYPE-1 Short Stroke Autopilot

The Raymarine EV200 Linear TYPE-1 Short Stroke Autopilot is a precision marine navigation system designed for tactical and commercial vessel operations where hands-free steering is critical to mission success. Built for operators who demand reliability under extended sea operations, this autopilot reduces crew fatigue during long transits and allows personnel to focus on navigation oversight, radar monitoring, and tactical awareness. Whether deployed on patrol craft, support vessels, or command platforms, the EV200 TYPE-1 maintains course with minimal drift, ensuring your vessel stays on target without constant manual helm corrections.

The short stroke linear actuator design provides responsive, proportional steering control while minimizing mechanical stress on the helm system—a critical advantage during high-sea-state operations where rapid course corrections are necessary. The TYPE-1 configuration integrates seamlessly with Raymarine's marine electronics suite, accepting input from GPS, compass, and radar systems to maintain automated heading hold or route tracking. Its compact form factor and 30-pound installation weight make it suitable for vessel retrofit operations without requiring extensive structural modifications, while the linear actuator architecture delivers smooth, predictable steering authority across the full helm range.

This system benefits naval personnel, coast guard operators, and maritime security teams who require autopilot capability on vessels ranging from patrol craft to medium-displacement hulls. Installation integrates with existing Raymarine multifunction displays and SeaTalk network infrastructure, allowing centralized control from the pilot house or combat information center. Compatibility with both analog compass and digital navigation inputs ensures the EV200 TYPE-1 works across legacy and modern vessel architectures, making it ideal for fleet modernization programs where equipment standardization and proven reliability are non-negotiable operational requirements.