How to Choose the Most Suitable Carrier for Shipyards

Transporting ship components, modules, or heavy equipment in shipyards poses significant safety risks and operational inefficiencies if the wrong equipment is used. Therefore, choosing the most suitable carrier for shipyard operations is critical for both return on investment and long-term performance.

In recent years, especially autonomous transport systems have brought significant transformation to shipyards. At FADA Engineering, our autonomous transfer vehicles minimize human error, enhance safety, and ensure continuity and high precision in operations. With high maneuverability, energy efficiency, and integrated safety standards, our transfer solutions meet the modern demands of shipyard operations.

In this article, we detail the essential criteria for selecting a carrier suited for shipyard projects and highlight the outstanding features of FADA Engineering’s shipyard transport vehicles.

1. Load Capacity

The carrier’s maximum load capacity must match the scale of operations in the shipyard. Ship blocks, steel structures, or modules can weigh several tons. Choosing a vehicle with insufficient capacity can damage equipment and disrupt operational continuity.

2. Maneuverability

Operating in confined spaces makes the carrier’s turning and movement capabilities highly important. Especially front-wheel steering or multi-wheel steering systems provide advantages in complex environments like shipyards.

3. Safety Systems

Due to the high weight of materials being transported, collision prevention sensors, laser scanners, and emergency stop systems are essential safety features that must be included.

4. Energy Efficiency and Drive System

When choosing between electric, battery-powered, or diesel models, both energy consumption and operational costs should be considered. Electric tractors or self-propelled systems offer eco-friendly and quiet operation advantages.

5. Adaptability and Customization

Shipyard operations often cannot be carried out with standard solutions. Therefore, compatibility between modules, custom loading platforms, rail systems, or load handling attachments significantly add value.

At FADA Engineering, we offer transport systems specifically developed for shipyard applications in the field of industrial transport solutions. Our shipyard carrier models are equipped with high load capacities, multi-directional steering systems, and robust chassis structures.

Key Features of FADA Shipyard Carriers:

• Capacity: Options ranging from 100 tons to 400 tons

• Speed: Mobility of up to 50 m/min

• Wheel Options: Solid, pneumatic, or polyurethane wheels

• Control: Full control with cabin-operated systems

• Power Source: Lithium battery or diesel options for energy efficiency

• Motor Options: Diesel, PMAC, or high-efficiency AC motors

• Loading Platform: Custom dimensions based on project requirements

• Safety Equipment: Safety railings, LED lights, and dynamic stability verification systems

• Dimensions: Fully customizable sizing

• Certification: Complies with occupational safety regulations, EN standards, and CE certification

• Steering: Omni-directional movement

• Motion Options: 360° rotation (carousel) and crab movement (lateral and diagonal motions)

Thanks to these technical features, FADA carriers provide ideal solutions to the challenging operational conditions of shipyards. These vehicles, designed with advanced technology and engineering expertise, enhance both operational efficiency and workplace safety.

Focusing solely on cost when choosing a carrier for shipyards can increase long-term expenses. Factors such as load capacity, maneuverability, energy consumption, and safety must be evaluated together. At FADA Engineering, we provide tailored solutions that ensure maximum efficiency and safety for your shipyard transport operations.

For more information and to request a quote, feel free to contact our expert team.