T70152 - Raymarine EV-100 Wheel Autopilot System

Raymarine EV-100 Wheel Autopilot System

The Raymarine EV-100 Wheel Autopilot is a complete autopilot solution designed for sailboats. It utilizes Evolution Ai technology for enhanced performance without the need for calibration. The quick installation process ensures that it can be easily fitted to most sailboat wheels, offering reliable steering for boats up to 16,500 lbs (7,500 kg) operating on 12V DC power systems.

Key Components Included:

• EV-1 Sensor Core
• p70s Autopilot Control Head
• ACU-100 Actuator Control Unit
• Wheel Drive
• Evolution Cabling Kit
• EV Unit O-Ring Pack (set of 2)
• Wall Mounting Bracket

Advanced EV Sensor Core:

The intelligent EV sensor core features a 9-axis sensor system that continually monitors vessel motion. It is designed for both above and below deck installations, with an IPX6 and IPX7 waterproof rating. This sensor works seamlessly with the Evolution autopilot processor to ensure accurate performance.

Reliable Autopilot Control:

The p70s Autopilot Control Head features a user-friendly interface, allowing easy access to autopilot modes including Auto, Standby, Track, and Wind Vane operations. The ACU-100 delivers reliable power to the autopilot while supporting SeaTalkng networking for simplified connections.

The Raymarine EV-100 Wheel Autopilot System, part number T70152, is a complete autopilot solution engineered for sailboats. This system is designed for IT and marine electronics buyers seeking a reliable steering automation upgrade for vessels up to 16,500 lbs (7,500 kg) operating on 12V DC power. It integrates Evolution Ai technology to deliver consistent performance without requiring manual calibration, streamlining deployment. Key components include the EV-1 Sensor Core, p70s Autopilot Control Head, ACU-100 Actuator Control Unit, and a Wheel Drive, along with necessary cabling. The EV sensor core offers a 9-axis monitoring system with IPX6 and IPX7 waterproofing, suitable for various installation environments. This system addresses the need for automated, precise steering, reducing operator fatigue on extended voyages and enabling efficient course keeping.