Garmin Reactor™ Autopilot Remote Control

The Garmin Reactor Autopilot Remote Control puts hands-free steering command directly into your palm, delivering the precision control serious boaters and charter captains demand in open water. This water-resistant remote transforms how you manage your autopilot system, combining gesture-based navigation with tactile button control in a compact, rugged design built to withstand the salt spray and unpredictable conditions of extended time offshore.

The bright, sunlight-readable color display remains legible in direct daylight—a critical advantage when operating in open ocean or shallow flats where screen glare can wash out conventional displays. Gesture control lets you point the remote toward your intended heading for intuitive course corrections without complex menu navigation. Programmable preset buttons store your favorite routes, fishing grounds, or waypoint sequences for rapid recall during critical moments. The ergonomic design fits naturally in one hand, balancing control authority with reduced hand fatigue during long offshore runs or day-long trolling sessions.

Built for weekend anglers managing small center consoles and serious captains operating larger offshore platforms, the Reactor remote eliminates the need to return to the helm station for minor steering adjustments. Weekend fishermen benefit from simplified autopilot engagement when working structure or current-driven drift patterns. Commercial and charter operators gain the operational flexibility to tend tackle, manage deck crew, or monitor sonar while maintaining precise course control from anywhere on deck. Water resistance protects electronics in washdown conditions and heavy spray—essential reliability for vessels operating in variable weather.

This remote integrates with compatible Garmin autopilot systems, extending system capability without retrofit installation. Its compact footprint and wireless operation eliminate the cable routing constraints of traditional wired controls, simplifying installation on vessels with restricted helm architecture or retrofit applications where running new deck cables proves impractical.