PILOT-H Wireless Yacht Controller Systems

PILOT-H is an industrial-grade wireless yacht controller system for remote docking and close-quarters manoeuvring. From a handheld transmitter, the skipper can control configured vessel functions such as the engines, gearboxes, bow thruster, stern thruster, anchor windlass, horn, and — when a compatible rudder driver or steering interface is installed — the vessel’s rudder.

PILOT-H is engineered and supported by Maritronix in Klaipėda, Lithuania. It is designed as a professional European wireless yacht controller system for boat owners, installers, and marine professionals who need reliable remote control during docking, mooring, anchoring, and slow-speed manoeuvring.

PILOT-H Standard and PILOT-H PRO are both wireless yacht controller systems for remote docking, engine control, thruster control, rudder control when supported, and close-quarters manoeuvring.

PILOT-H Standard is designed for reliable gear-in / gear-out engine control. It is ideal for boats where idle-speed engine engagement, thruster control, anchor windlass control, horn control, and optional rudder control are sufficient for docking and manoeuvring.

PILOT-H PRO is the proportional version of the system. It adds calibrated two-stage proportional engine response for installations where more precise low-speed thrust control is required. The PRO transmitter uses two-step engine-control buttons. Stage 1 is typically used for smooth idle-speed gear engagement, while Stage 2 provides a stronger calibrated engine response when additional manoeuvring thrust is needed.

PILOT-H PRO is not defined by boat size. It can be suitable for smaller or larger boats if the vessel requires proportional low-speed engine response. The correct model depends on the engine control system, propulsion package, thruster setup, steering configuration, and the functions required.

PILOT-H is designed for boat owners, skippers, professional crews, installers, boatyards, and yacht builders who need remote control of important vessel functions during docking and close-quarters manoeuvring.

It is useful for single-handed docking, stern-to berthing, anchoring, line handling, sportfishing manoeuvres, tight marina spaces, and situations where the skipper needs to stand away from the main helm station to get a better view of the boat, quay, fenders, mooring lines, or anchor position.

PILOT-H is designed and built by Maritronix in Klaipėda, Lithuania. Maritronix supplies wireless yacht controller systems to customers in Europe, the United States, and other international markets.

The Maritronix team supports customers directly and helps confirm the correct configuration before delivery.

Yes. PILOT-H and PILOT-H PRO can be considered by boat owners who are comparing wireless yacht controller systems such as Yacht Controller, Dockmate, and other remote docking solutions.

The correct choice depends on the boat’s engine control system, thruster system, steering system, installation method, safety architecture, required functions, and whether standard gear-in / gear-out control or proportional engine response is required.

PILOT-H can control engines, bow thruster, stern thruster, anchor windlass, horn, and optional rudder control when a compatible rudder driver or steering interface is installed.

Yes. PILOT-H is a Maritronix wireless yacht controller system for remote docking, engine control, thruster control, anchor windlass control, and optional rudder control. Boat owners looking for a Dockmate alternative can compare PILOT-H based on vessel compatibility, supported functions, installation method, control type, serviceability, and safety architecture.

PILOT-H Standard is suitable for many installations where reliable gear-in / gear-out control is required. PILOT-H PRO is available when calibrated two-stage proportional engine response is required.

Before choosing a wireless yacht controller or remote docking system, compare more than the handheld transmitter or product price.

Important points include:

• Compatibility with the installed engine control system
• Compatibility with bow and stern thrusters
• Possibility of rudder control or steering interface integration
• Anchor windlass and auxiliary output support
• Type of engine control required: gear-in / gear-out or proportional
• Whether the vessel requires a dedicated gateway or special interface
• Installation method and serviceability
• Safety architecture and emergency stop behaviour
• Wireless communication reliability
• Transmitter layout and physical button clarity
• Support after installation
• Suitability for the vessel’s docking style and operating conditions

For electronic engine controls such as Volvo Penta EVC, Mercury DTS, Yamaha Helm Master, Yanmar VC systems, Suzuki Precision Control, and other CAN-Bus or digitally controlled systems, a dedicated gateway or interface may be required.

The main difference is that PILOT-H is designed as an industrial-grade wireless yacht controller system, not only as a consumer-style remote accessory. The system is built for professional marine use, with a safety-oriented architecture, robust receiver design, coded wireless communication, and clear control logic for docking and close-quarters manoeuvring.

Another important difference is the transmitter. PILOT-H uses a real handheld remote with clearly marked physical buttons, so the skipper can operate the system comfortably and confidently, even in a stressful docking situation. The button layout is easy to understand, and the main functions such as engines, bow thruster, stern thruster, anchor windlass, horn, and optional rudder control can be identified quickly without navigating menus or looking at a touchscreen.

Depending on the vessel configuration, PILOT-H can be integrated with engine control systems, bow and stern thrusters, anchor windlass, horn, and rudder control when a compatible rudder driver or steering interface is installed.

PILOT-H Standard is designed for reliable gear-in / gear-out remote control. PILOT-H PRO is the proportional version and adds calibrated two-stage proportional engine response for installations where more precise low-speed thrust control is required.

The best wireless yacht controller depends on the boat, installed engine controls, thruster system, steering system, helm layout, and required functions.

For example, a twin-engine boat with bow and stern thrusters may need a different configuration than a single-engine boat with a rudder driver. A boat with Volvo Penta EVC, Mercury DTS, Yanmar VC, Suzuki Precision Control, Yamaha Helm Master, or another electronic engine control system may require a dedicated gateway or special interface.

PILOT-H Standard is usually the correct choice when reliable gear-in / gear-out remote control is sufficient. PILOT-H PRO is recommended when proportional low-speed engine response is required.

In many cases, PILOT-H can be installed as a wireless yacht control solution where the owner is considering another remote docking system. However, the correct answer depends on the vessel’s existing engine controls, thrusters, steering system, wiring, and required functions.

PILOT-H should not be selected only by comparing brand names. The correct system must match the boat’s technical configuration.

For a proper recommendation, Maritronix checks the engine control type, thruster control type, steering system, available interfaces, and required functions such as proportional control, rudder control, anchor windlass control, or gateway integration.

PILOT-H PRO is the proportional version of the Maritronix wireless yacht controller system. It is designed for installations where more precise low-speed engine response is required.

Many standard wireless docking systems provide simple on/off or gear-in / gear-out control. PILOT-H PRO adds calibrated two-stage proportional engine response. Stage 1 is typically used for smooth idle-speed gear engagement, while Stage 2 provides a stronger calibrated thrust level when more manoeuvring power is needed.

This can be useful during docking, stern-to berthing, mooring, anchoring, wind correction, current correction, and tight marina manoeuvring.

Available functions depend on the installed engine controls, gateway interface, analog interface, and Maritronix system configuration.

A PILOT-H system is installed by a qualified marine electrician, Maritronix technician, or authorised installer. The receiver is connected to the vessel’s engine control system, thruster controls, anchor windlass, horn, and optional rudder driver or steering interface depending on the selected configuration.

For modern electronic engine systems, installation may use dedicated Maritronix gateway modules, plug-and-play harnesses, manufacturer-specific interfaces, or analog signal interfaces.

The handheld transmitter is paired with the receiver and the system is tested before use. Installation time depends on engine type, helm layout, number of controlled functions, available connection points, and accessibility of wiring.

PILOT-H normally integrates with the existing vessel control system through a compatibility-dependent gateway, harness, relay interface, analog interface, or dedicated control module.

No structural modification to the hull is normally required. The exact wiring and installation method depend on the installed engine control system, thruster system, anchor windlass, steering system, and selected PILOT-H configuration.

Maritronix checks the installation concept before delivery.

The PILOT-H receiver is installed in a dry, accessible location such as near the helm, behind the dashboard, in an electrical compartment, or in another suitable technical area.

The final receiver location depends on the vessel layout, antenna position, cable routing, environmental protection, and service access.

A PILOT-H kit includes the components required for the agreed vessel configuration. This typically includes the handheld transmitter, receiver module, antenna, and the required harnesses, adapters, gateways, or interface cables for the selected engine control system, thrusters, anchor windlass, horn, and optional rudder driver.

Exact kit contents depend on the configuration confirmed before delivery.

No special mobile app is required for normal setup. Configuration and monitoring are accessible from a Wi-Fi-capable device using a standard web browser, depending on the selected system version and configuration.

This helps keep the system serviceable without relying on app-store availability, special diagnostic software, or a dedicated mobile application.

PILOT-H can be configured for many Volvo Penta EVC installations, depending on the EVC generation, engine type, helm station layout, joystick system, software version, and available gateway interfaces.

Because Volvo Penta EVC systems vary by model year and configuration, compatibility must be confirmed before delivery.

PILOT-H can support integration with Mercury DTS, SmartCraft, and related electronic throttle and shift systems when the correct gateway or interface is available.

The specific Mercury or MerCruiser engine, helm, joystick, and gateway combination must be checked before purchase.

PILOT-H can be adapted to different engine control architectures, including many electronic, analog, and retrofit control systems.

For fully mechanical or hydraulic installations, the correct solution depends on the existing throttle and shift system, actuator type, control head, cable layout, and available interface points. Maritronix must check the installation before confirming compatibility.

PILOT-H can be configured for many major marine propulsion control systems, depending on the exact model and available interface.

Commonly requested systems include:

• Volvo Penta EVC
• Volvo Penta IPS
• Mercury DTS / SmartCraft
• Yamaha Helm Master
• Yanmar VC10 / VC20 / VC30
• Suzuki Precision Control
• Honda iST
• ZF Marine
• Twin Disc
• NHK MEC
• Glendinning
• Kobelt
• Flexball / Ultraflex
• Dometic / SeaStar
• MAN Marine
• MTU
• Caterpillar
• Cummins Marine

Compatibility depends on the exact control system version, vessel configuration, software version, helm layout, and available gateway interfaces.

Yes. Bow thruster and stern thruster control are core PILOT-H functions and are commonly configured together with engine control.

Depending on the vessel, PILOT-H can control the bow thruster, stern thruster, or both. With optional rudder control, the skipper can combine engines, thrusters, and steering from the handheld transmitter during docking and close-quarters manoeuvring.

PILOT-H can be integrated with many electric and hydraulic thruster systems. Support for a specific thruster depends on the thruster control architecture, control voltage, signal type, relay interface, CAN-Bus interface, or manufacturer-specific control module.

Maritronix checks the thruster model and control system before confirming compatibility.

PILOT-H can control the main engines together with bow thruster, stern thruster, anchor windlass, horn, rudder control when supported, and additional configured auxiliary functions.

The total number of available channels and button assignments depends on the selected PILOT-H model and installation configuration.

PILOT-H is designed with multiple safety layers for marine use. Depending on the selected version and configuration, the system includes paired transmitter–receiver communication, coded wireless signalling, monitored control logic, safe-state behaviour if the wireless signal is lost, and emergency stop functionality.

PILOT-H systems are designed with industrial-grade components and a safety-oriented control architecture. The exact safety behaviour depends on the configured engine and thruster control method.

If the wireless signal between the handheld transmitter and receiver is lost, the system enters a safe state designed to prevent unintended continued movement.

The exact behaviour depends on the installed engine control system, thruster interface, and selected Maritronix configuration. The installation manual supplied with the system describes the configured behaviour.

No. Each PILOT-H transmitter is paired with its specific receiver. Other nearby remotes cannot take control of the vessel.

The system is designed so that another PILOT-H unit, Yacht Controller transmitter, Dockmate transmitter, or other nearby wireless device cannot command your boat.

Yes. The PILOT-H handheld transmitter is designed for use in the marine environment and is protected against spray and wet onboard conditions. The transmitter enclosure is rated IP65 and is buoyant in water.

The receiver is also designed for marine installation, but it must be installed according to the installation instructions in a suitable protected location.

Yes. PILOT-H systems include emergency stop functionality. The system is designed with reference to marine safety requirements and emergency stop principles.

The emergency stop behaviour and installation requirements depend on the vessel configuration and are described in the system documentation.

Every PILOT-H system is tested before delivery at a wireless distance of up to 100 metres. In open-water or open-area conditions, longer distances may be possible depending on antenna position, vessel layout, surrounding equipment, radio environment, and installation conditions.

Operators should always use the system within safe visual distance and according to the user manual.

PILOT-H uses a dedicated coded wireless link designed for reliable marine operation. The system is designed to resist interference from common onboard wireless devices such as Wi-Fi, Bluetooth, and VHF equipment when installed correctly.

Actual performance depends on antenna placement, vessel structure, nearby electronics, and local radio conditions.

The handheld transmitter provides a visual connection indication. The exact LED behaviour and connection-status indication are described in the user manual supplied with the system.

PILOT-H Standard is normally configured for reliable gear-in / gear-out engine control, typically for idle-speed manoeuvring.

PILOT-H PRO is the proportional version. It provides calibrated two-stage proportional engine response where the vessel’s engine control system and integration interface support it. Stage 1 is typically used for smooth idle-speed gear engagement. Stage 2 provides a stronger calibrated engine response when more thrust is required during docking or close-quarters manoeuvring.

PILOT-H PRO should not be confused with a free-moving throttle lever. It provides calibrated proportional response levels through the handheld transmitter, depending on the engine control system, gateway, analog interface, and vessel configuration.

Yes. PILOT-H can provide forward, neutral, and reverse control for each configured engine.

The exact behaviour depends on the vessel’s engine control system, gearbox control architecture, and Maritronix integration method.

PILOT-H can be configured for single-engine and twin-engine vessels. The exact channel layout, button functions, and engine response depend on the vessel configuration.

For more complex multi-engine or special propulsion installations, Maritronix must check the technical requirements before confirming compatibility.

Yes. On twin-engine installations, PILOT-H can be configured to control port and starboard engine functions separately. This allows the skipper to use the engines independently during docking and low-speed manoeuvring.

On PILOT-H PRO installations, port and starboard engine buttons can also support two-stage proportional response when the engine control system and gateway interface support it.

Yes. PILOT-H can control bow thruster, stern thruster, or both, depending on the vessel configuration.

Combined with engine control and optional rudder control, this gives the skipper more control authority during docking, mooring,stern-to berthing, and close-quarters manoeuvring.

Yes, PILOT-H can control the rudder when a compatible rudder driver or steering interface is installed.

This allows remote steering together with engine and thruster control during docking and low-speed manoeuvring. Available steering functions depend on the vessel’s steering system, rudder driver, control architecture, and selected Maritronix configuration.

Yes. A wireless yacht controller can control the rudder when the vessel is equipped with a compatible rudder driver or steering interface.

With the correct steering interface, PILOT-H can control the rudder in addition to engines, bow thruster, stern thruster, anchor windlass, horn, and other configured functions.

Compatibility must be checked before ordering because rudder control depends strongly on the vessel’s steering system.

Yes. PILOT-H can be configured to control the anchor windlass when a compatible interface is installed.

Anchor windlass control is one of the auxiliary functions that can be added to a PILOT-H system. Available functions depend on the installed anchor windlass, control wiring, safety requirements, and selected system configuration.

Yes. PILOT-H can be configured to control the vessel horn when the correct relay or interface wiring is installed.

Horn control is usually treated as an auxiliary output and depends on the selected system configuration.

Yes. PILOT-H supports compatibility-dependent gateway integration with modern engine-control and bridge electronics.

For CAN-Bus based or digitally controlled systems, Maritronix may use dedicated gateway modules, manufacturer-specific interfaces, analog interfaces, or prepared plug-and-play harnesses.

The correct gateway and installation method depend on the vessel’s engine control system, helm station, joystick system, thruster system, and required functions.

Choose PILOT-H Standard if you need reliable wireless gear-in / gear-out engine control together with bow thruster, stern thruster, anchor windlass, horn, and optional rudder control.

Choose PILOT-H PRO if you need proportional low-speed engine response. The PRO version adds calibrated two-stage proportional engine control. Stage 1 is typically used for smooth idle-speed gear engagement. Stage 2 gives a stronger calibrated engine response when additional manoeuvring thrust is required.

PILOT-H PRO is not only for large boats. It is the correct choice for any compatible boat where more precise thrust control is required during docking, wind correction, current correction, stern-to berthing, or close-quarters manoeuvring.

No. PILOT-H PRO is not defined by vessel size.

PILOT-H PRO is the proportional version of the system. It is suitable for compatible boats where the skipper needs more precise low-speed engine response than simple gear-in / gear-out control.

This can be useful on smaller boats, larger yachts, boats with high windage, boats used in tight marinas, boats with strong current or wind exposure, and installations where calibrated two-stage engine response improves docking control.

Two-stage proportional engine response means that the engine-control buttons have two pressure points.

Stage 1 is activated by a normal button press and is typically used for smooth idle-speed gear engagement.

Stage 2 is activated by pressing the same button further to the second pressure point. This provides a stronger calibrated engine response, such as a preset higher RPM or stronger thrust level, depending on the engine control system and installation configuration.

The exact response levels are calibrated during installation and depend on the engine control system, gateway, analog interface, and vessel setup.

An upgrade may be possible in some cases, but it depends on the original installation, receiver type, transmitter type, engine control interface, gateway, wiring, and vessel configuration.

Contact Maritronix with your current system details to check whether an upgrade path is technically and economically suitable.

Pricing depends on the vessel’s propulsion configuration, number of engines, number of controlled functions, gateway requirements, thruster integration, rudder control requirements, anchor windlass integration, and installation complexity.

A tailored quote is recommended because two boats with similar engines may still require different gateways, wiring, interfaces, or calibration work.

The handheld transmitter provides a battery status indication. The exact LED behaviour and battery warning are described in the user manual supplied with the system.

The PILOT-H transmitter uses batteries selected for long marine operating time. Depending on the version and usage conditions, the transmitter can operate for a long period without charging.

The exact battery type, expected runtime, and replacement procedure are described in the user manual supplied with the system.

First, check the battery status, receiver power supply, emergency stop state, antenna connection, and whether the transmitter is within normal operating range.

Then refer to the troubleshooting section of the user manual. If the issue remains, contact your dealer or the Maritronix support team. Most connection issues can be diagnosed with a few basic checks.

PILOT-H systems are designed to be supported through Maritronix and the authorised dealer network. Repair, replacement, configuration support, and warranty procedures are handled by Maritronix or an authorised installer.

Users should not modify safety-critical wiring or internal receiver electronics without approval.

PILOT-H systems are supplied with a manufacturer warranty according to the warranty information provided with the system and applicable European regulations.

Exact warranty terms, duration, and conditions are documented in the warranty policy supplied with the product.

Technically, a PILOT-H system may be transferred to another boat, but it depends on the new vessel’s engine control system, thruster system, steering system, wiring, gateway requirements, and required functions.

A professional re-installation and re-configuration are required before the system can be used safely on another vessel.