A bow thruster is a propulsion device mounted on the bow (front) of a boat to provide lateral thrust, aiding in maneuvering in tight spaces or adverse conditions such as strong winds or currents. It consists of a propeller housed in a tunnel that can be rotated to push water to the sides, allowing the boat to move sideways. Bow thrusters are available in various kits and voltages, offering improved control and handling for vessels of different sizes and types. They enhance safety and ease of operation, particularly during docking and mooring maneuvers. Bow thrusters, including both bow and stern thrusters, are equipped with advanced technology for precise maneuvering. With options for remote or joystick control, they offer wide compatibility and expertise in handling various vessels. Bow thrusters and stern thrusters are available in DC power, and some models feature externally mounted or retractable designs for easy installation.
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1-2 weeks delivery time The Vetus CANNC01 is a 1-meter NMEA2000 cable featuring a male connector on one end and a female connector on the other. It is designed for short-distance extensions and secure interconnections within NMEA2000 marine networks.
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$ 46.47
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1-2 weeks delivery time The Vetus CANNC02 is a 2-meter NMEA2000 cable with a male connector on one end and a female connector on the other. Designed for network interconnections, it supports V-CAN applications and provides a four-blade structure with a disk area ratio of 0.85.
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$ 66
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1-2 weeks delivery time The Vetus CANNC05 is a 5-meter NMEA2000 cable configured with a male connector on one end and a female connector on the other. Suitable for V-CAN installations, it features a four-blade structure with a disk area ratio of 0.85, providing stable short-distance network connectivity.
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$ 129.31
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1-2 weeks delivery time The Vetus CANNC10 is a 10-meter NMEA2000 cable with a male connector on one end and a female connector on the other. Designed for V-CAN applications, it features a four-blade structure with a 0.85 disk area ratio, offering stable signal performance for extended network connections.
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$ 212.16
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1-2 weeks delivery time The Vetus CANNC25 is a 25-meter NMEA2000 cable with a male connector on one end and a female connector on the other. Designed for V-CAN applications, it features a four-blade structure with a 0.85 disk area ratio to support stable long-distance data transmission in marine communication networks.
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$ 349.54
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1-2 weeks delivery time The Vetus CANNHUB is a 3-way NMEA2000 hub featuring a male–female–male configuration. Designed for V-CAN accessory systems, it enables structured branching within NMEA2000 networks and supports clean, reliable interconnection of compatible marine devices.
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$ 74.76
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1-2 weeks delivery time The Vetus CANNPSCM is a 1-meter NMEA2000 power supply cable equipped with a male connector and an integrated 3A fuse. Designed for V-CAN accessory systems, it provides safe and reliable power injection into NMEA2000 networks.
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$ 36.37
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1-2 weeks delivery time The Vetus CANNTF is a female 120 Ohm NMEA2000 terminating resistor designed for V-CAN accessory systems. It ensures proper network termination, stabilizing data communication and maintaining reliable signal integrity within NMEA2000 marine networks.
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$ 20.88
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1-2 weeks delivery time The Vetus CANNTM is a male 120 Ohm NMEA2000 terminating resistor designed for V-CAN accessory systems. It provides correct network termination, ensuring stable data communication and maintaining signal integrity across NMEA2000 marine networks.
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$ 20.88
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1-2 weeks delivery time The Vetus BOW3512F Bow Thruster 35 kgf, 12V is designed for boats from 20–30 ft (6–10 m), providing precise maneuvering and safe control in tight marinas. It features a Ø 125 mm tunnel installation, a six-blade propeller, spiral gears, flexible coupling, and an integrated thermal switch to prevent overheating. Delivering 35 kgf thrust with 1.5 kW output, it ensures efficient, quiet performance onboard.
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$ 1,642
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1-2 weeks delivery time The Vetus BOW4012 Bow Thruster 40 kgf, 12V is designed for vessels ranging between 26–34 ft (8–10.5 m), enabling precise control during docking and low-speed handling. Built for Ø 140 mm tunnels, it features a six-blade propeller, spiral gears and flexible coupling to reduce noise and vibration, while the integrated thermal switch protects against overheating for reliable performance.
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$ 1,842.03
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1-2 weeks delivery time The Vetus BOW18024D Bow Thruster 180 kgf, 24V is engineered for vessels 46–70 ft (14–22 m), delivering high-power maneuvering performance for safe docking and navigation in confined waters. Designed for Ø 250 mm tunnel installations, it features a six-blade propeller, spiral gears, flexible coupling and an integrated thermal switch to ensure motor protection and reliable operation.
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$ 7,289.31
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1-2 weeks delivery time The Vetus SET0288 spare 6-blade propeller Ø 140 mm is designed for the BOW4012 bow thruster with motor ID AMJ4757. It ensures durable, smooth and efficient maneuvering performance, making it an ideal replacement component for 40 kgf systems requiring a 140 mm propeller.
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$ 124.86
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1-2 weeks delivery time The Vetus BOWA0401 BOW PRO Bow Thruster 40 kgf, 12V offers fully proportional thrust for vessels 23–36 ft (7–11 m), delivering enhanced maneuverability during docking. Designed for Ø 140 mm tunnels, it features a maintenance-free brushless motor, extended runtime, and advanced thrust-control functions for smooth and precise handling.
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$ 4,047.07
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1-2 weeks delivery time The Vetus BOWA0571 BOW PRO Bow Thruster 57 kgf, 12V ensures fully proportional thrust for precise docking and maneuvering of vessels from 26–39 ft (8–12 m). Designed for Ø 150 mm tunnel installations, it features a maintenance-free brushless motor with extended runtime for enhanced performance during demanding operations.
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$ 4,327.92
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1-2 weeks delivery time The Vetus BOWA0304 BOW PRO Bow Thruster 30 kgf, 48V is designed for vessels up to 24 ft (7 m) and perfectly integrates with 48 V electric propulsion systems. Built with a maintenance-free brushless induction motor, it delivers proportional thrust and extended runtime for precise maneuvering in tight docking situations.
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$ 4,140.01
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1-2 weeks delivery time The Vetus BOWB180 BOW PRO Boosted Thruster delivers 180 kgf of proportional thrust for vessels 44–68 ft (15–20 m). Designed for Ø 250 mm tunnels, it features a brushless induction motor, extended runtime capability, and a built-in DC-to-DC smart charger that allows powering a 48V thruster bank from a 24V supply.
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$ 9,881.61
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1-2 weeks delivery time The Vetus BOWB210 BOW PRO Boosted Thruster provides 210 kgf proportional thrust for vessels 50–75 ft. Designed for Ø 250 mm tunnels, it includes a brushless induction motor and a built-in DC-to-DC smart charger, enabling 48 V thruster power from a 24 V supply. Ideal for powerful, precise docking control.
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$ 10,917.46
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1-2 weeks delivery time The Vetus BOWB285 BOW PRO Boosted Thruster delivers 285 kgf proportional thrust for large yachts and workboats 50–75 ft. With a Ø 300 mm tunnel, a brushless motor, and a built-in DC-DC smart charger, it offers exceptional maneuvering control and simplified integration into 24/48V electrical systems.
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$ 12,085.30
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1-2 weeks delivery time The Vetus BOWB300 BOW PRO Boosted Bow Thruster delivers 300 kgf proportional thrust for large yachts and professional vessels 80–100 ft. Featuring a Ø 300 mm tunnel, brushless motor, and integrated DC-to-DC smart charger for 24/48V systems, it ensures precise maneuvering with extended runtime and minimal maintenance.
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$ 13,140.01
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In what situations would a boat benefit from having a bow thruster installed?
A boat would benefit from having a bow thruster installed in situations where maneuverability is crucial, such as navigating tight spaces in marinas or docking in adverse weather conditions. Additionally, boats with large or heavy structures, or those used for commercial purposes, may find a bow thruster indispensable for enhancing control and safety during operations. Installing a bow thruster kit can significantly improve the vessel's handling and reduce the risk of collisions or damage to the boat and surrounding infrastructure.
Installing boat thrusters, whether externally mounted or retractable, offers a wide array of benefits for boats of all types. These thrusters provide added maneuverability and control, helping to protect against accidental collisions and damage. With options made from durable stainless steel to resist corrosion, they are specifically designed for easy installation and quiet operation, making them ideal for close quarters and a wide range of vessels. Whether you're navigating marinas or require enhanced control during commercial operations, boat thrusters are a versatile solution also available for freight shipping.
What are the primary components of a bow thruster kit?
The primary components of a bow thruster kit typically include the thruster unit itself, which consists of a propeller housed in a tube that's mounted beneath the boat's hull near the bow. Additionally, the kit usually includes an electric motor, a control panel or joystick for operation, and all necessary wiring and mounting hardware. Depending on the model and specifications, bow thruster kits may come in different power options, such as 12V or 24V, to suit various boat sizes and propulsion systems.
When considering bow thruster kits, it's essential to keep in mind the possibility of externally mounted or retractable thrusters, offering versatile solutions for various boat designs. These kits, universally designed, can match the specific requirements of your vessel, with options available for installation below the waterline. Whether you opt for the quiet operation of a 285-powered thruster or explore other alternatives, thorough research and consultation can ensure the perfect fit for your boating needs.
Can aftermarket bow thrusters be installed on all types of boats?
Aftermarket bow thrusters can typically be installed on most types of boats, provided there is sufficient space and structural integrity to accommodate the installation. The compatibility of the boat with an aftermarket bow thruster may depend on factors such as hull design, size, and weight distribution. It's essential to consult with a professional and consider factors like power requirements, installation complexity, and potential modifications to ensure a successful installation.
Seeking advice from our experienced professionals at our specialized shop can offer valuable insights into appropriate solenoid options and pod configurations, particularly if installation below the waterline is required.