Anchoring tailored to every environment

Pile Guiding

Pile guidance systems are essential components for ensuring the stability and precise positioning of floating infrastructure in port and marine environments. Their function is to allow the vertical movement of the structure—adapting to water level fluctuations—while controlling its horizontal displacement against loads generated by waves, wind, and currents.

At MSI, we offer pile guidance systems tailored to the specific conditions of each project.

Inquire about Mooring and Guidance
Pile Guiding

Main function

To guide the floating structure, allowing for vertical displacement with water level variations while maintaining its horizontal position against wave, wind, and current forces.

Mooring and guidance systems control the movement of floating structures by keeping their position within defined limits, while simultaneously allowing the necessary displacements to absorb environmental loads.

Depending on site conditions and the type of installation, MSI can integrate various technical solutions:

  • Chain mooring, used in installations requiring greater freedom of movement and significant depths.
  • Elastic mooring systems, incorporating components capable of dampening dynamic loads.
  • Pile guidance, which allows for precise control of the position of floating platforms.
  • Dampening connecting rods, designed to absorb horizontal stresses and reduce load transmission.

Each system is specifically engineered for the project through structural calculations and behavior analyses under real operational conditions.

Mooring and guidance systems are utilized in a wide variety of floating infrastructures, including:

  • Marinas
  • Fishing ports
  • Floating working platforms
  • Commercial pontoons
  • Access gangways
  • Offshore infrastructure
  • Floating systems for marine energy

The selection of the anchoring system depends on multiple technical and environmental factors, notably:

  • Site depth
  • Wave climate and wind exposure
  • Current velocity
  • Water level variation or tidal range
  • Seabed typology
  • Expected operational loads on the installation

Proper mooring system design is essential to ensure the safety, stability, and lifespan of the infrastructure.

  • Reduction of loads transmitted to the floating structure
  • Enhanced stability against waves, wind, and currents
  • Adaptation to great depths or water level fluctuations
  • Optimization of the installation's dynamic behavior
  • Reduced water surface footprint in specific solutions
  • Extended infrastructure durability

Request a technical study for pile-guided systems

















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