Problem BYD Naval Architects needed to create a digital model of the Ongiara ferry, including the hull, rudder, and stock, for refurbishment and modification purposes. Traditional measurement methods were time-consuming and inaccurate, and BYD needed a solution that could capture the complex geometry of the vessel quickly and precisely.


Solution:
Applied Precision Inc. proposed using 3D LiDAR scanning technology to digitize the Hull and Rudder of the ferry by capturing millions of 3D data points and creating a highly accurate and detailed 3D model for refurbishment design reference for BYD Naval Architecture Team.

Action

  • Applied Precision 3D obtained access to the ferry's rudder and stock at Toronto Drydock.

  • Safety training was provided to the scanning crew.

  • The scanning team was given unrestricted access to the ferry to complete the all required 3D measurements. 






  • Leica HDS LiDAR scanners were used to capture the exterior of the hull.




Data Processing 

  • The point cloud data was aligned to a 3D coordinate system for easy analysis and manipulation.


  • The 3D data was processed and final model prepared for the BYD Naval Architecture Team.


Results 

  • BYD obtained a highly accurate and detailed digital point cloud of the Ongiara ferry hull and rudder shaft.

  • The model enabled faster and more precise design and engineering work.

  • The 3D data could be used for a variety of applications, such as generating construction drawings, Fabrication drawing, CNC machining, creating virtual simulations, and performing 3D printing.

  • The collaborative efforts of Applied Precision 3D and BYD Naval Architecture will keep the ferry running all year long to serve the visitors and residents.

Revitalize marine assets seamlessly with Applied Precision 3D

Our 3D expertise ensures precision refurbishment, efficient maintenance planning, and innovative 3D metrology. Elevate your maritime ventures with us.