4-channel boat wireless switch kit: central receiver box + handheld remote, 12/24V DC, up to 30A per channel, long-range RF control

Marine 4-channel RF remote switching kit 12/24V 30A, 868MHz, long range 800m (2600ft) for boat lights, pumps, windlass

RF remote switch controller with LED status (power, pairing, outputs), ON/OFF or MOM/OFF modes, 868MHz long-range control for 12/24V boat circuits

Schéma de câblage kit interrupteurs sans fil bateau 12/24V 30A : option A 1 récepteur 4 sorties, option B 4 récepteurs, commande d’accessoires

Télécommande RF marine 4 canaux avec 2 émetteurs, option A 1 récepteur 4 voies ou option B 4 récepteurs 1 voie, kit 12/24V bateau

4 récepteurs radio 868 MHz commandés à distance, modes ON/OFF ou MOM/OFF, longue portée 800 m, circuits électriques bateau 12/24V

Wireless Remote Switch - 4CH, 12/24V 30A - Long Range (on demand)

SKU: WK4CH-1

550.00€; 550.00€
Unit price: per

KIT: Option A : 2 Remotes + 1 Receiver 4-CH Option A : 2 Remotes + 1 Receiver 4-CH Option B : 2 Remotes + 4 Receivers 1-CH

Product variants

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Description
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Boat Wireless Remote Switch Kit – 4CH – 12/24V – 30A – Long Range

12/24V • 868 MHz RF • Up to 2600ft (800m)

Availability: Product on demand : ~20 days before dispatch.

Wireless remote switching (less wiring to pull)

This 4-channel kit lets you switch onboard 12/24V circuits by handheld remote. The key advantage onboard is simple: receivers mount close to the lights/pumps/accessories, so you keep wiring local (short power + short output runs) instead of pulling long switch/control cables back to the helm.

Result: cleaner harness routing, quicker refits, and easier access for troubleshooting.

Less cable across the boat

Traditional helm panels often need a dedicated control wire (or multi-core harness) per function. On larger boats—or refits with already packed routes—this adds time, copper, and weight.

Shorter cable runs: fewer long control wires routed across the boat
Less copper to pull: fewer conductors through tight chases and consoles
Lower harness weight: less cable mass over long distances
Faster diagnostics: receivers are located near the actual load

Long-range RF control (no app, no Wi-Fi)

Operation is based on 868 MHz RF (not Wi-Fi and not Bluetooth). That means no phone app, no router, and no dependency on onboard networks.

No Wi-Fi dependency: nothing to configure with onboard internet/network hardware
Direct command path: remote talks straight to the receiver(s)
Extended range: up to 2600ft (800m) advertised range (installation and environment dependent)

Note: range depends on antenna position, obstacles, onboard structure, and installation environment.

4 channels, each configurable

Each channel can be set independently depending on the function:

ON / OFF (latching) – suits lighting and accessories
MOM / OFF (momentary) – suits actuators and "pulse command" functions

Choose your configuration: Option A vs Option B

Two installation layouts are available depending on your wiring strategy and how spread out your loads are onboard.

Option A – 1 receiver, 4 channels	Option B – 4 receivers, 1 channel each
Best for: centralized installation, short runs to loads, clean single mounting point. How it works: one multi-output receiver handles all 4 outputs from one enclosure. Wiring benefit: simple architecture (one receiver + 4 output cables).	Best for: refits and large boats where loads are far apart (lights/pumps/hatches in different zones). How it works: one dedicated receiver per function, mounted close to each load. Wiring benefit: shorter output runs near the load (often easier routing and troubleshooting).
Typical use case: helm/console area controls multiple nearby circuits (deck lights, courtesy lights, etc.). Note: keep the receiver in a protected, accessible location for service.	Typical use case: one receiver in the aft locker (pump), one in the T-top (lights), one near a windlass relay, etc. Note: each receiver still respects the 30A max rating; use a relay/contactor for heavy loads.

Both options: each channel can be configured as ON/OFF (latching) or MOM/OFF (momentary), depending on the function.

Typical onboard uses

• Cockpit & deck lights	• Bilge pump manual override	• Electric hatch / actuator (momentary)
• Courtesy lights	• Deck wash / livewell pumps	• Hydraulic platform (momentary)
• Underwater lights	• Ventilation blowers	• Davit / hoist control
• Work / spreader / rear flood lights	• Alarm / siren / strobe	• Windlass / thruster control via relay or contactor

30A per receiver (use a contactor for heavy loads)

Each receiver is rated up to 30A at 12/24V, which covers many onboard accessories directly. For high-current equipment (windlass, thrusters, heavy hydraulic packs), use the receiver as a control signal to trigger a correctly sized relay or contactor.

LED status feedback (quick checks)

LEDs are visible through the receiver enclosure:

Red LED: system power
Blue LED: pairing / RF reception
Red/Green LEDs: output ON/OFF status per channel

Quick Sync (one-time setup)

Synchronize is typically done once during installation. After that, daily use is immediate from the handheld remotes.

Optional fixed control panel

A fixed helm/wall control solution can be added in addition to handheld remotes (project dependent). Contact: contact@baywatt.com

What's in the box

Common to all kits:
2 × handheld RF transmitters

Option A – 1 receiver / 4 channels:
1 × 4-channel receiver (central unit)

Option B – 4 receivers / 1 channel each:
4 × 1-channel receivers (one receiver per function)

Quick technology comparison (control method)

Control method	Typical behavior	Dependency	Installation
868 MHz RF (this kit)	Immediate press-to-switch, dedicated remote	Standalone (no phone / no router)	Receivers near loads → less control wiring to pull
Wi-Fi switching	Can vary with signal/network load	Router / network stability	Network setup + coverage planning
Bluetooth control	Shorter range; pairing/connect states possible	Often phone/app behavior	Simple wiring, but limited by range
NMEA 2000 switching	Network-based control via MFD/controls	NMEA backbone + compatible integration	More wiring + configuration/integration steps

FAQ: Signal interference

Technology	Impact	Note
Wi-Fi / Bluetooth	None	Different band (2.4 GHz vs 868 MHz)
VHF radio	Negligible	Different band (~156 MHz vs 868 MHz)
GPS / AIS	None	Different bands (GPS ~1575 MHz; AIS near VHF)

Specification

Technical Specifications

Specification	Value
System voltage	12 / 24 V DC
Frequency8	868 MHz RF
Channels	4
Receiver rating	Up to 30A per channel
Channel modes	ON/OFF or MOM/OFF (per channel)
Range	Up to 800 m (~2600ft) (depending on conditions)
Controller protection	IP66 / IP67
Controller dimensions	130 × 80 × 35 mm
Transmitter power	2 × AA 1.5 V
Transmitter dimensions	120 × 65 × 22 mm