Skidding Systems

What is a Skidding System?

A skidding system is a hydraulic load moving solution that allows heavy objects to be pushed or pulled horizontally in a controlled manner over a defined track or skid surface. Instead of lifting a load completely off the ground, a hydraulic skidding system uses hydraulic cylinders, skid beams, and skid tracks, and a power source to gradually move loads such as bridges, transformers, vessels, industrial modules or large machinery across short or long distances with high accuracy and minimal friction.

Skidding equipment is commonly used when traditional lifting methods, such as cranes, are not compatible, limited by space, or when precise horizontal positioning is required.

How Skidding Systems work?

Skidding systems operate through a coordinated hydraulic process that converts hydraulic pressure into controlled horizontal movement. A typical workflow includes the following steps:

1. Load preparation and support
   The load is placed on skid beams and a track system that distributes the weight evenly across the skidding surface. This ensures stability and reduces surface pressure.

2. System setup and alignment
   The skidding equipment, including hydraulic cylinders, hoses and the power unit, is positioned and aligned with the intended direction of movement. Proper alignment is essential for smooth and accurate load travel.

3. Hydraulic power application
   A hydraulic power unit supplies pressurized fluid to the cylinders. This pressure creates a pushing or pulling force that moves the load incrementally along the skid track.

4. Controlled movement cycle
   The cylinders extend to move the load forward and retract to reset for the next stroke. This cycle is repeated in a controlled sequence, allowing precise positioning over short or long distances.

5. Monitoring and adjustment
   Operators continuously monitor load position, pressure and alignment. Fine adjustments can be made to ensure the load remains stable and follows the intended path.

This step-by-step process makes a hydraulic skidding system suitable for projects that demand accuracy, safety and repeatable performance under heavy loads.

Checklist for buying Skidding Systems

When selecting skidding equipment, it is important to evaluate both technical requirements and operational conditions. Use the checklist below as a guide:

• Load capacity and weight range
  Verify that the skidding system can safely handle the maximum load weight, including any safety margins required for your application.
  
• Track length and travel distance
  Check the number of required, preferred skid tracks. 
• Track or skid surface compatibility
  Ensure the skid tracks and beams are suitable for the surface conditions, such as concrete, steel, or temporary foundations.
  
• Precision and control requirements
  Consider how accurately the load needs to be positioned and whether the system supports synchronized or fine-controlled movement.
  
• Hydraulic power source
  Evaluate the type and capacity of the hydraulic power unit, including pressure, flow rate and power supply options.
  
• Safety features and compliance
  Look for built-in safety measures such as pressure relief valves, load-holding capabilities and compliance with relevant industry standards.
  
• Modularity and scalability
  Determine whether the system can be expanded or adapted for future projects with different load sizes or movement requirements.
  
• Support and service availability
  Consider the availability of technical support, spare parts and service options to ensure long-term reliability.

The Skidding Systems from Holmatro

Holmatro offers hydraulic skidding systems for demanding heavy lifting and transportation projects that require precision, safety, and reliability. The systems are designed for controlled pushing and pulling of heavy loads for industrial, infrastructure,e and offshore applications.

Each solution combines high-pressure hydraulic push-pull cylinders, skid beams and tracks, and a split-flow hydraulic power unit into an integrated setup that enables synchronized, predictable horizontal movement. The modular design allows the system to be adapted to different load weights, movement directions, and site conditions, supporting both precise positioning and longer-distance transport.

Engineered for use in harsh environments, Holmatro skidding systems focus on stable load support, controlled force application and durable construction, helping operators to maintain alignment and minimize the risk of uneven or sudden load shifts during complex skidding operations.