Simrad RF25 Rudder Reference

Enhance Your Boat's Autopilot Precision with Reliable Rudder Feedback

Imagine navigating open waters with confidence, knowing your autopilot responds instantly and accurately to every subtle shift in rudder position. That's the advantage the RF25 rudder feedback unit brings to your marine setup. Designed for medium-duty applications, this sensor delivers real-time data on rudder angle, ensuring smoother course corrections and better fuel efficiency during long voyages.

As a core component in advanced steering systems, it interfaces seamlessly with compatible networks, eliminating guesswork in installation and operation. Boaters who demand precision—from weekend cruisers to professional anglers—rely on this unit to maintain optimal performance, even in rough conditions.

Standout Features for Superior Marine Performance

• Wide Measurement Range: Captures rudder angles from plus or minus 120 degrees, covering the full spectrum of typical steering maneuvers without blind spots.
• Exceptional Accuracy: Boasts a precision rating of plus or minus 0.5 degrees, providing the fine-tuned feedback autopilots need for pinpoint control.
• Plug-and-Play Connectivity: Built-in network compatibility for effortless integration, complete with an attached cable long enough for most installations.
• Rugged Medium-Duty Build: Engineered to withstand the marine environment, from saltwater spray to constant vibrations, ensuring long-term reliability.

These features translate to a system that not only performs but adapts to your boating style, whether you're dodging waves or holding a steady heading on autopilot.

Why Rudder Feedback Matters for Your Vessel

In marine autopilots, rudder position data is the unsung hero. Without it, your system relies on estimates, leading to overcorrections, wasted power, and erratic steering. The RF25 changes that by feeding precise analog signals directly into your network, enabling responsive adjustments that feel intuitive.

Benefits extend beyond steering: expect reduced wear on hydraulic rams, lower battery drain from inefficient corrections, and enhanced safety during night passages or in congested waters. Serious skippers report noticeable improvements in overall voyage comfort and control.

Streamlined Installation for Quick Setup

Getting the RF25 up and running doesn't require a marine electrician. Mount it directly to the rudder stock using standard fittings—its compact design fits most setups without modifications. The pre-attached cable reaches key connection points, minimizing wiring hassles.

Pro tips: Align the sensor zero point with your rudder's neutral position for calibration accuracy. Secure all mounts with marine-grade fasteners to combat movement. Once connected, your display or pilot control head will recognize it instantly, often auto-configuring for immediate use. Test in calm waters first to verify readings match physical rudder movement.

Perfect Fit for Modern Marine Electronics Ecosystems

This unit shines in networked environments, linking effortlessly with displays, pilots, and instruments. It's a staple for upgrades, breathing new life into older autopilots by adding high-fidelity feedback. Pair it with compatible chartplotters or multifunction displays for a fully integrated helm that anticipates your needs.

Versatile enough for sailboats, power yachts, or fishing vessels, it supports diverse steering configurations, from tillers to wheels, ensuring broad applicability across your fleet.

Technical Specifications at a Glance

These specs make it a go-to choice for reliable, no-fuss operation in demanding on-water scenarios.

Caring for Your Investment: Maintenance Essentials

Keep your RF25 performing like new with simple upkeep. Periodically inspect mounts for looseness and clean the sensor housing to prevent corrosion buildup. Rinse with fresh water after saltwater exposure. Avoid extreme angles during storage to preserve calibration.

Backed by a solid manufacturer's commitment, it stands ready for years of service with minimal intervention.