Posted July 13, 2017
Trimble® Marine Construction software (TMC) helps improve productivity and efficiency in underwater marine construction applications including dredging, crane operations, piling and hydrographic survey. The software provides accurate 3D visualization to assist the operator with underwater construction tasks and improve marine construction efficiency and safety.
Trimble® Marine Construction Software is a branded version of Teledyne's PDS software package for hydrographic survey, construction and dredging operations. The software provides accurate measurement and positioning to improve marine construction efficiency and safety.
Trimble Marine Construction Software expands Trimble's portfolio and extends its connected approach for marine construction companies to enable accurate and robust real-time 3D visualization applications. The software combined with 2D and 3D sonar provides underwater vision in the most challenging inshore underwater environments and conditions.
Cutter suction dredge - Western Australia
The product launch was officially announced at ConExpo 2017, one of the world's largest international exhibitions for the construction industry. At the Western Dredging Summit in Vancouver, B.C. Trimble showed the software now available through Trimble's Marine Construction Dealer Channel.
Construction applications for Trimble Marine Construction Software include dredging, cable lay applications, monopile placements, building breakwaters, windmill parks, pipe lay monitoring, rock dumping, excavating, barge management and more.
Trimble Marine Construction software - Bucket Dredging - Acquistion View
Dredge applications for the software support hydraulic excavators, wire cranes, bucket dredgers, underwater ploughs, trailing suction hopper dredgers (TSHD) and cutter suction dredgers. The software provides real-time visualization of the dredge head or excavator bucket essential for precise operations to avoid over-dredge or rework. With Trimble Marine Construction Software, the operator can see the actual versus planned surface in 3D, profile and long-section views. It guides the operator to the desired surface and determines the cut or fill to provide a market-leading dredging solution.
Trimble Marine Construction software - Cutter suction dredge - acquistion view
Hydrographic applications for the software include measuring the seafloor or riverbeds for hazardous areas, dredge progress tracking, revetment surveys, maintenance surveys and safe navigation.
Trimble Marine Construction software - Excavator Dredge 002
The software provides real-time sensor data gathering, computation, display and logs. The data can be displayed either graphically or alphanumerically. It has options to verify the data, remove anomalies and outliers, either manually or automatically. The clean data can be presented in the form of models, tables, files, volumes, nautical charts or reports.
"Trimble's leading machine positioning technologies combined with Teledyne's leadership in subsurface sensing and marine software provide an innovative and ideal solution for marine construction contractors," said Scott Crozier, marketing director of Trimble's Civil Engineering and Construction Division. "Trimble Marine Construction Software extends our solutions to include real-time 3D visualization of the dredge head or bucket with support for scanning sonars to provide the actual as-built surface for more efficient operations."
Trimble Marine Construction software - rope crane block placement
"Trimble Marine Construction Software is leveraging more than 30 years of Teledyne's global software expertise for both inshore and offshore construction," said William Egan, vice president of Global Imaging Sales & Marketing -Teledyne Marine. "Teledyne Marine is proud to partner with Trimble to provide the robustness Trimble's customers expect in addition to enabling them to integrate the world's most advanced acoustic sonars into their overall solution. Trimble's global distribution network can accelerate implementation of this technology worldwide."