Since its inception in 1899, BUKH has been manufacturing marine engines. With over a century of experience, these engines have evolved to become some of the most reliable in the world.
Fast deliveries of yacht equipment, calculation, selection of analogues and spare parts. Send us your request and we will contact you ASAP with a solution. We deliver in Cyprus, throughout Europe and worldwide. More than 10 years of experience.
Email us: info@yacht-supply24.com or fill our Feedback form.
You can also fill out the "Ask a question" form on the right or at the bottom of the page.
|
1-2 weeks delivery time The Bukh DV10 crankcase is designed for marine diesel engine rebuild and service applications. |
$ 2,039.36
-
+
|
|
1-2 weeks delivery time The Bukh 000E4790 guide bushing is a precision alignment component used to support and guide a moving part in its bore, helping maintain correct positioning and smooth operation in Bukh marine engine assemblies. By stabilizing motion and reducing unwanted play, it contributes to lower wear and more consistent mechanical performance over time. |
$ 48.21
-
+
|
|
1-2 weeks delivery time The Bukh 000E4943 thermostat housing is a cooling-system component for BUKH DV36 and DV48 marine diesel engines, providing a secure mounting point for the thermostat and directing coolant flow through the temperature-control circuit. It supports stable engine operating temperature by ensuring coolant is routed correctly as the thermostat opens and closes during warm-up and load changes. |
$ 264.32
-
+
|
|
1-2 weeks delivery time The Bukh 000E4950 heat exchanger hose is a dedicated hose for the heat exchanger circuit, supporting secure coolant or seawater flow through the heat exchanger assembly. Designed as an OEM replacement part, it helps maintain stable cooling performance by providing a reliable connection within the heat exchanger hose routing. |
$ 194.55
-
+
|
|
1-2 weeks delivery time The Bukh 000E5010 30 mm stuffing box is a shaft-sealing component designed to support dependable watertight operation around a 30 mm shaft. Used as part of the driveline sealing arrangement, it helps control water ingress at the shaft entry point while maintaining smooth, reliable propulsion service in marine conditions. |
$ 538.38
-
+
|
|
1-2 weeks delivery time The Bukh plug is intended for marine engine fluid system sealing and service applications. |
$ 26.62
-
+
|
|
1-2 weeks delivery time The Bukh flange is designed for marine engine installation and drivetrain connection applications. |
$ 673.38
-
+
|
|
1-2 weeks delivery time The Bukh intermediate pipe is intended for marine engine installation and connection applications. |
$ 865.71
-
+
|
|
1-2 weeks delivery time The Bukh 750 mm intermediate pipe is designed for marine drivetrain or installation connection applications. |
$ 1,051.03
-
+
|
|
1-2 weeks delivery time The Bukh 000E5039 oil pump pressure pipe is a rigid line designed to route pressurized lubricating oil from the oil pump into the engine’s lubrication circuit. As a direct replacement component, it supports stable oil delivery to critical moving parts, helping maintain dependable lubrication during continuous marine operation. |
$ 114.91
-
+
|
|
1-2 weeks delivery time The Bukh 000E5224 cover seat is a positioning and sealing support used with the thermostat cover assembly. Installed under the cover, it helps the cover sit correctly and maintain a secure interface, supporting stable operation of the engine cooling thermostat housing in marine service. |
$ 93.76
-
+
|
|
1-2 weeks delivery time The Bukh 000E5228 pump elbow is a formed elbow connection used on Johnson pump installations to route flow cleanly through the pump plumbing. Designed as a direct replacement part, it helps maintain a secure, correctly oriented connection that supports reliable pump operation in marine service. |
$ 405.80
-
+
|
|
1-2 weeks delivery time The Bukh 000E5253 retaining plate is a securing hardware component designed to hold adjacent parts firmly in place within a Bukh engine assembly. Used as a reliable retention element, it helps maintain correct positioning under vibration and continuous duty, supporting stable operation and dependable service life. |
$ 70.74
-
+
|
|
1-2 weeks delivery time The Bukh 000E5799 saildrive propeller is a 3-blade 16x11 left-hand propeller built for large BUKH saildrive applications. Designed to deliver dependable thrust and smooth propulsion, it is a direct replacement propeller option for restoring efficient power transfer from the saildrive to the water. |
$ 1,662.05
-
+
|
|
1-2 weeks delivery time The Bukh 000E5822 bottom saildrive boot is a sealing component for Bukh saildrive installations, designed to protect the lower boot area and help maintain a tight barrier where the saildrive passes through the hull. It supports clean, controlled operation by helping keep seawater out of the boat and reducing the risk of leaks around the saildrive opening. |
$ 866.93
-
+
|
|
1-2 weeks delivery time The Bukh 000E5828 slotted retaining nut is a ring-style nut for Bukh saildrive applications, used to secure and lock fitted components within the saildrive assembly. Its slotted design supports controlled tightening and dependable retention, helping maintain drivetrain integrity in demanding marine operation. |
$ 546.41
-
+
|
|
1-2 weeks delivery time The Bukh 000E5837 hull cover is a protective cover component for Bukh saildrive installations, designed to finish and shield the hull-side opening around the drive. It helps protect the surrounding area from spray, debris, and mechanical exposure while supporting a clean, service-friendly saildrive installation. |
$ 154.25
-
+
|
|
1-2 weeks delivery time The Bukh 000E5853 washer is a precision-fit fastening component used in Bukh marine engine assemblies to support secure bolted joints. Installed under a bolt head or nut, it helps distribute clamping load, protect mating surfaces, and maintain reliable retention in vibration-prone marine operating conditions. |
$ 6.44
-
+
|
What are the key features of BUKH marine diesel engines that make them suitable for lifeboats?
BUKH marine diesel engines are specifically designed for lifeboats, ensuring reliability and compliance with SOLAS marine safety standards. Their compact, lightweight design and ability to start manually or with minimal power make them ideal for emergency situations. Additionally, these engines are built to endure harsh marine environments, providing smooth operation and minimal vibration for both commercial and leisure applications.
How does BUKH ensure its diesel motors meet international marine safety standards?
BUKH ensures its diesel motors meet international marine safety standards by designing and manufacturing engines in compliance with stringent SOLAS requirements. These compact, lightweight diesel engines are engineered in Denmark with a focus on reliability and durability, making them suitable for both commercial and leisure applications. The company's reputation for quality is reinforced through genuine parts, meticulous service systems, and thorough testing to meet the needs of operators and owners worldwide.
How does the water cooling system in BUKH engines contribute to their efficiency and reliability?
The water cooling system in BUKH engines enhances efficiency and reliability by maintaining optimal operating temperatures during extended use. This system ensures the compact lightweight diesel engine runs smoothly, even under demanding conditions, by dissipating heat effectively. Designed to suit all commercial and leisure applications, it reduces wear on internal components and supports consistent performance for work boats and inboard setups.
What does SOLAS marine approval mean for BUKH diesel engines used in lifeboats and rescue boats?
SOLAS approval for BUKH engines confirms they meet the strictest global standards for maritime safety. This certification is a fundamental requirement for powering marine safety equipment on merchant vessels. It provides absolute confidence that these diesels will start and perform under the most severe emergency conditions at sea.
How are models like the BUKH DV10, DV24, and DV36 designed to be among the most reliable diesel engines in the world?
Reliability stems from a philosophy of robust simplicity, honed over decades as one of the world's leading OEM manufacturers of marine diesel engines for lifeboats. Key design principles include: over-engineered, low-stress internal components; minimalistic systems with fewer potential failure points; use of corrosion-resistant materials for longevity.
What are the advantages of a keel-cooled BUKH engine compared to a conventional raw-water cooled system?
Keel-cooled BUKH engines use a closed, internal coolant loop that shields the system from silt, salt, and debris, resulting in drastically reduced corrosion and abrasion. Maintenance focuses on the external keel exchanger, making them ideal for shallow, muddy, or high-salinity waters with simplified cold weather readiness using standard antifreeze. In contrast, raw-water cooled systems constantly ingest surrounding water, leading to elevated wear on pumps and passages, demanding frequent strainer and impeller care, and requiring thorough drainage to prevent freeze damage.
How does the 20hp and 24hp power range of BUKH engines match typical lifeboat and workboat requirements?
The DV20 and 24 hp outputs deliver the ideal balance of thrust and control for small craft. This power band provides ample force for rapid launch and strong headway while maintaining manageable handling for precise rescue maneuvers.
What spare parts and service support are available to BUKH engine owners to ensure long-term reliability?
A global network of specialist distributors ensures genuine spare parts and expert service are accessible for the lifespan of your installation. Support includes: worldwide availability of legacy component kits; technical guidance for maintenance and keel cooled system checks; OEM-backed repair protocols from the manufacturer.
How does the gearbox configuration on BUKH DV series engines contribute to safe and predictable maneuvering?
The integrated gearbox offers precise and immediate response to helm inputs. This direct control is vital for safe maneuvering in close quarters during high-stress recovery operations. Its predictable performance allows operators to focus on the rescue, not the engine's behavior.