Installed onboard more than 80 vessels.

Powerful features

Load Station provides many features with a simple and easy to use user interface.

• Intact Conditions

  Assess the ship's stability and trim under normal operating conditions, without damage or flooding.

• Damaged Conditions

  Evaluate the vessel's stability and strength when damaged or flooded, under real-world emergency scenarios.

• Intact Trim & Stability

  Analyze the ship’s trim and overall stability when in its original, undamaged state.

• Damaged Trim & Stability

  Assess how the ship’s trim and stability are affected in case of damage or flooding.

• General Stability Criteria

  Define the criteria to evaluate the overall stability of the vessel under typical loading conditions.

• Damage Stability Criteria

  Establish standards and criteria for assessing the stability of a ship under damaged conditions.

• Severe Wind Stability

  Determine the ship’s stability under severe wind conditions, factoring in wind forces and ship design.

• Direct Tank Numerical Simulation

  Perform detailed simulations of tank conditions, including their impact on ship stability and loading.

• Longitudinal Strength

  Assess the vessel’s ability to withstand bending forces along its length, ensuring structural integrity.

• Damage Stability Evaluation

  Evaluate how the vessel’s stability is compromised by damage, considering various scenarios and damage locations.

• Local Strength Criteria

  Establish criteria to assess the strength of localized areas of the ship’s structure, such as bulkheads and decks.

• Grain Stability

  Analyze the vessel’s stability when carrying bulk grains, taking into account cargo shifting and loading configurations.

• Air Drafts

  Measure the height of the vessel above the waterline to ensure clearance under bridges and other obstacles.

• Shear Force Correction

  Account for shear forces in the ship’s structure to ensure its strength and durability during operations.

• Bridge Visibility

  Ensure the ship’s bridge offers clear visibility for safe navigation, particularly under varying load conditions.

• Timber and Log Loading

  Analyze the stability implications of loading timber and logs, which may require special considerations due to their shape and weight distribution.

• Container Loading

  Optimize container placement on the ship to maintain balance, strength, and stability throughout the voyage.

• Drafts at Marks/Perpendiculars

  Measure the ship's draft at key points to monitor loading and ensure compliance with operational limits.

• General Cargo Loading

  Assess the loading of general cargo, considering the effects on ship stability and strength.

• On Deck Cargo Loading

  Analyze cargo placement on deck, ensuring that it doesn’t compromise the ship's stability or strength.

• Deadweight Breakdown

  Break down the ship’s deadweight to ensure that the ship is not overloaded and is within safe operational limits.

• Visual Alarms

  Set up visual alerts to warn the crew about potential stability issues or dangerous conditions.

• Audible Alarms

  Implement audible alerts to notify the crew about stability or loading concerns in a timely manner.

• Specially Suitable Compartment

  Identify compartments designed for specific types of cargo, ensuring safe loading and stability.

• Grain Untrimmed Ends Loading

  Manage loading procedures for grain cargo to minimize instability due to untrimmed ends or improper stowage.