Lifting Smarter Starts with Simulation: Inside Cranemaster’s Engineering & Lift Analysis Services

That’s where Cranemaster’s Engineering Department comes in. 

Using advanced simulation tools and decades of offshore lifting expertise, our team provides rigorous virtual analysis to ensure safer, more efficient operations — tailored to your specific lift, structure, and environment. 

Virtual Simulations That Mirror the Real World 

At the core of our analysis service is OrcaFlex, a high-precision simulation software that lets us model your operation down to the last detail — wave heights, vessel types, crane specs, rigging setup, and more. 

By digitally recreating your operation, we test scenarios, identify risk factors, and measure the added value of Cranemaster heave compensators under real-world conditions. 

“It’s fascinating to create the most optimum virtual representation of real-world situations. In lifting scenarios, especially offshore, the environment is highly dynamic.  Wave conditions vary significantly across regions and seasons, influencing the loads experienced by structures and lifting equipment. Understanding and correctly modelling these variations are fundamental to ensure safe, efficient and reliable lifting operation.” 
— Farah Rashid, Engineering Specialist, Cranemaster 

OUR THREE KEY LIFT ANALYSES

1. Dynamic Load Assessment: Crane, Winch & Load 
When lifting through the splash zone — where structures face alternating air and water exposure — precision is critical. We simulate the operation to measure forces acting on your crane and winch and determine the optimal Cranemaster unit for risk reduction. 

Result: Clear insight into load dynamics and equipment stress, helping to select the safest, most effective solution. 

2. Operational Weather Window Calculation 
Timing is everything offshore. Using environmental and technical data, we simulate lifting under various sea conditions — with and without a Cranemaster — to define your operational window. 

Result: Expanded safe operating periods and data-driven lift scheduling. 

3. Subsea Landing Speed Analysis 
Landing a structure on the seabed is no simple task. Our models simulate descent speed and seabed interaction under different scenarios, showing how Cranemaster units can reduce landing impact and prevent damage. 

Result: Risk mitigation, time savings, and smoother installations. 

Choose the Right Level of Engineering Support 

Depending on your operation, our engineering team can support with Feasibility Study, Standard Technical Reports or Extensive Statistical Analysis.

Ready to Model Your Next Lift? 

Whether you're planning a new project or troubleshooting a difficult lift, Cranemaster’s engineering services give you the confidence to move forward — safely, efficiently, and backed by data.