Yacht Crane
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Yacht Crane

Lifting Capacity: 50t to 500t
Span: Customized
Lifting Height: Customized
Working Class: A3-A4
Ambient Temperature: -20℃ to 40℃
Control method: Wireless remote control, driver's cab
Usage: Lift boat or yacht or vessel
Main Electrical Parts: Siemens, Schneider or other famous brand
Steering System: Ackerman steering + Pivot steering
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Product Introduction

Lifting Capacity:

50t to 500t

Span:

Customized

Lifting Height:

Customized

Working Class:

A3-A4

Ambient Temperature:

-20℃ to 40℃

Control method:

Wireless remote control, driver's cab

Usage:

Lift boat or yacht or vessel

Main Electrical Parts:

Siemens, Schneider or other famous brand

Steering System:

Ackerman steering + Pivot steering

 

The working scenarios of yacht cranes include:

  • Ocean transportation: The marine yacht crane is designed specifically for ocean yacht transport ships, used to smoothly lift yachts from ports to the deck of transport ships, and then accurately unload them at the destination. It is suitable for remote islands or emerging yacht destinations without large shore cranes.
  • Dock maintenance: The shore mounted yacht crane is fixed to the yacht dock and maintenance plant shore, used to lift yachts from the water to the shore maintenance platform, suitable for the cleaning and engine maintenance needs of large yachts. The gantry shore yacht crane can span the shoreline of the dock and cover multiple berths through rail movement; The fixed shore yacht crane focuses on a single berth and is suitable for daily lifting and berthing of small and medium-sized yachts.
  • Emergency rescue: The mobile yacht crane focuses on trackless movement and rapid response, and is suitable for flexible scenarios such as temporary lifting, emergency rescue, and small docks. For example, when a yacht runs aground near the sea, a mobile yacht crane can quickly reach the site and smoothly lift the yacht off the shallow water using flexible lifting equipment.
  • Yacht loading and unloading: The yacht crane can smoothly lift the boat from land into the water, or safely lift it back to shore when maintenance or storage is needed. The operation is more efficient, the force is more uniform, and collision and damage are avoided.
  • Yacht maintenance and repair: By lifting the hull to the shore, it is convenient to perform tasks such as bottom cleaning and removal of marine organisms, application of anti-corrosion paint and primer, maintenance of key structures such as engines, inspection of bottom structures, and repair of damages.
  • In shipyard transportation: Within the factory area, yacht cranes are commonly used for short distance transportation of ship hulls from the processing area to the painting area, from the maintenance area to the testing area, etc., flexibly scheduling multiple workstations to improve production rhythm.
  • Ship storage and winter maintenance: In cold regions, yacht cranes can stably lift ships to onshore storage areas, avoiding the effects of seawater, wind and waves, cold waves, and freezing, and reducing long-term corrosion and scratches.
  • High end yacht inspection and display: providing structural testing required by insurance companies, especially suitable for the lifting tasks of expensive vessels in terms of stability and safety.
  • New ship offline: In shipyards, when a new ship is launched for the first time, the yacht crane can prevent the new hull from deforming due to uneven stress, and is a standard equipment for small and medium-sized shipyards.

 

In summary, yacht cranes play a crucial role in the entire chain of the yacht industry, covering multiple stages from manufacturing, transportation, maintenance to storage.

 

 
Working principle of yacht crane
 

The working principle of a yacht crane can be summarized into three core steps: positioning, lifting, and transportation. as follows:

  • Positioning: The portal spans the ship's hull. The equipment spans the gantry on both sides of the ship's hull through a walking mechanism, allowing the sling to smoothly enter the load-bearing area at the bottom of the ship. By relying on steering mode and speed control, the operator can accurately adjust the position to ensure that the sling hanging point is in the correct position.
  • Lifting: The hydraulic system provides lift. The hydraulic cylinder drives the lifting frame to move upwards, and uniformly lifts the sling through a steel wire rope and pulley system, achieving slow lifting of the yacht. During the lifting process, the system will monitor pressure, load distribution, and equipment posture in real time to avoid overloading or tilting.
  • Transfer: Move at low speed to the target position. After completing the lift off from the ground, the equipment begins to move the ship at low speed to designated locations, such as shipyards, maintenance areas, or launch ramps. By relying on multi-mode steering, the equipment can be flexibly adjusted in narrow areas to ensure the stability of the ship throughout the entire transportation process.

 

In addition, the walking mechanism of the yacht crane adopts a rubber tire structure, which can move flexibly on the ground such as docks and concrete floors. The drive axle provides walking power, and multi-mode steering (including front wheel steering, all wheel steering, crab walking, in place fine-tuning, etc.) allows the equipment to operate smoothly even in narrow docks. The low-speed and high torque characteristics ensure smooth and controllable movement under full load conditions.

 

Yacht cranes have significant advantages in the modern yacht industry, and the following are their main advantages:

  • Strong precision operation ability: The yacht crane can walk in multiple directions and achieve millimeter level fine-tuning through remote control, suitable for narrow docks and complex scenes.
  • High safety: The flexible sling is uniformly subjected to force, the hydraulic system rises and falls smoothly, and is equipped with safety devices such as overload protection and anti sway control.
  • Low cost: significantly lower than traditional lifting methods: no lifting team required, low maintenance costs, suitable for high-frequency operation scenarios.
  • High homework efficiency: One device can complete lifting, transportation, and positioning, improving manpower efficiency and turnover speed.
  • Highly customizable: The span, wheelbase, power mode, intelligent system, etc. can be customized according to project requirements.
  • Environmentally friendly and quiet: The electric model has zero emissions and low noise, suitable for urban docks and indoor factories.

 

In summary, yacht cranes have shown excellent performance in terms of operational accuracy, safety, cost-effectiveness, operational efficiency, customization, and environmental protection, making them an indispensable core equipment for modern shipyards and shipyards

 

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