HomeNewsIndustry NewsSmart Ports are Changing the Way We Design Marine Rubber Fenders
Smart Ports are Changing the Way We Design Marine Rubber Fenders
Date:2025-04-24
The shipping world is getting smarter. As ports adopt automation, IoT, and real-time data systems, we’re not just seeing smarter cranes and better cargo tracking. Even like marine rubber fenders are being reimagined. Smart ports are shifting how we design, monitor, and maintain rubber fenders.
Smarter Ships Require Smarter Berths
Modern vessels are getting larger, heavier, and more digitally connected. They’re often equipped with GPS-assisted docking, advanced thrusters, and real-time communication with port infrastructure. Rubber fenders also be optimized and upgraded accordingly.
Fender design now needs to consider precise, variable berthing angles.
Energy absorption specs must match dynamic ship behaviors captured via simulation tools.
Custom fender solutions are becoming more common based on predictive modeling.
Sensors in Fenders
Smart ports are integrating IoT sensors directly into rubber fenders or their mounting systems.
These sensors can monitor:
Compression during vessel impact
Fender wear and deformation
Bolt tension and corrosion
Environmental data (temperature, tide, salinity)
This data is transmitted in real time to port operations teams, which help monitor, repaire fenders, and increased berth uptime and safety.
Data-Driven Design is Replacing “One-Size-Fits-All”
With access to years of real berthing impact data, engineers can now fine-tune fender design using actual port-specific conditions.
For example:
Machine learning can identify wear patterns across different ship types.
Digital twins (virtual port models) simulate vessel-fender interactions before installation.
In smart ports, the marine fender is no longer just a passive impact absorber—it’s a connected, intelligent, and strategic component. By embracing sensor tech, predictive analytics, and digital integration, we’re designing fenders that last longer, perform better, and fit perfectly into the future of shipping.