Raymarine EV-100 Autopilot for Sailboats

The Raymarine Evolution EV-100 is a state-of-the-art autopilot system crafted for small sailboats with a maximum displacement of 7,500 kg. This all-inclusive package features the ACU-100 course computer, p70s control unit, and a rudder actuator.

Optimized for performance, the system adeptly senses environmental conditions and rapidly computes ideal settings for exemplary functionality, guaranteeing accurate course tracking under varying speeds and sea states.

Installation is a breeze, with no complicated procedures required; the system's automatic calibration feature handles 9-axis heading, roll, and pitch monitoring effortlessly.

Enhance your sailing experience with the optional S100 wireless remote, equipped with a base station receiver that connects the autopilot via the Seatalk1 to NG adapter.

Dedicated Autopilot Solution for Sailboats

The EV-100 Wheel Pilot serves as a comprehensive autopilot solution for sailboats with a rudder. It allows for straightforward user installation, with the motor positioned externally in the cockpit and connected directly to the wheel's drive system.

Precise control is achieved through the intelligent EV-1 sensor core and the ACU-100 actuator control unit. Customers can choose between a complete system including the p70s autopilot control head or a version that integrates with a Raymarine Axiom plotter for full autopilot management.

Key Features of the EV-100 Wheel Pilot

• Ideal for sailboats with a rudder and a total displacement of up to 7,500 kg (16,500 lbs).
• Important Note: It's recommended to account for a total vessel displacement that's usually 20% above the specified displacement weight.
• Designed for easy cockpit installation.
• Compatible with SeaTalkNG/NMEA2000, allowing seamless integration with navigation instruments and plotters.
• No complex setup or manual calibration necessary.
• Includes the EV-1 sensor core—an advanced 9-axis heading sensor that employs aerospace guidance technology to adapt to changing marine conditions and the dynamics of your vessel.