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![Met mast installations in the North Sea](https://cranemaster.com/wp-content/uploads/2020/08/References-Fred-Olsen-windcarrier-met-mast-installation-1.jpg)
Met mast installations in the North Sea
Customer Challenge: Stabilization of met masts when lowering through the splash zone. The structures have a height of 45 meters and weights of 300-400 metric tons. Cranemaster Solution: Two Cranemater units with SWL of 400 metric tons and 2,5 meter stroke were used in parallell configuration. The Results: For this project…
![Lifting capacity increased for higher sea states](https://cranemaster.com/wp-content/uploads/2020/08/lifting-capacity-load-chart-improvement-cranemaster-shock-absorber-1.jpg)
Lifting capacity increased for higher sea states
Customer Challenge: Increased lifting capacity for offshore rig on British sector. Cranemaster Solution: A Cranemaster unit with SWL of 100 metric tons and 1 meter stroke. The Results: The client was able to lift loads that exceeded the capable loads in their cranes original load chart.
![Splash zone crossing of MWA module](https://cranemaster.com/wp-content/uploads/2020/08/Bien-Dong-Splash-zone-crossing-passive-heave-compensation-01.jpg)
Splash zone crossing of MWA module
Customer Challenge: Splash zone crossing of a Midwater Arch (MWA) for DOF Subsea at the Biendong Project in Vietnam. Cranemaster Solution: Cranemaster unit with SWL of 250 metric tons and 2,5 meter stroke.
![Installation work with Boskalis at the Wikinger OWF](https://cranemaster.com/wp-content/uploads/2020/08/Boskalis-Wikinger-Offshore-wind-installation-splash-zone-crossing-passive-heave-compensator.jpg)
Installation work with Boskalis at the Wikinger OWF
Customer Challenge: Reduction of risk and weather delays during installation of pre-piling template for Boskalis at the Wikinger Offshore Wind Farm. Cranemaster Solution: A Cranemaster unit with SWL of 600 metric tons and 3 meter stroke.
![Load chart with improved load curves](https://cranemaster.com/wp-content/uploads/2020/08/Load-Chart-Improvement-Cranemaster-shock-absorber-references-01.jpg)
Load chart with improved load curves
Customer Challenge: Lifting of a subsea x-mas tree with weights of 37 metric tons from a work boat to a semi submersible rig offshore New Zealand. Cranemaster Solution: A Cranemaster shock absorber with SWL of 100 metric tons and 1 meter stroke. A load chart with improved load curves was…
![Load chart improvement for lifting of x-mas trees](https://cranemaster.com/wp-content/uploads/2020/06/Load-Chart-Improvement-Cranemaster-shock-absorber.jpg)
Load chart improvement for lifting of x-mas trees
Customer Challenge: Lifting of x-mas trees using a Seatrax 108 S10832 crane. Cranemaster Solution: Two Cranemaster® shock absorbers with SWL of 100 metric tons and 1 meter stroke in parallel configuration. The Results: Report from calculations shows significant improvement in the load chart values.
![Mudmat safely installed in deep waters](https://cranemaster.com/wp-content/uploads/2020/06/GoM-Passive-Depth-Compensation-01.jpg)
Mudmat safely installed in deep waters
Customer Challenge: Deployment of a large mudmat (13,75 x 13,75 meter) at 1788 meter water depth in the Gulf of Mexico. For ease of operation, the mudmat is deployed horizontally. Considerations to be handled by Cranemaster: The unit should have enough load capacity to support the dynamic loads during all…