Geodaq provided planning, instrumentation, testing, and reporting services for full-scale load testing of an existing shipyard pier deck in Seattle, Washington. The program used a GCM8 monitoring system, calibrated load cell, displacement transducers, and SS6 structural monitoring modules to measure applied force, deck deflection, and concrete stringer response. Results supported evaluation of live load capacity and load redistribution behavior near timber piles identified as being in poor condition.

Complete monitoring solutions for bridge and overpass structures. Monitor long-term performance with our PRO-5 sensor network for reliable and accurate displacement, stress and temperature results.

Portable remote stations support ground vibration monitoring with ISEE- or DIN-compatible geophones, Geodaq GEO3 tri-axial velocity transducers, and high-bandwidth accelerometers for close-in blasting events where high-frequency response is critical.

Monitor concrete pavement strain, temperature, dynamic displacement, and long-term movement with AST200-6 modules featuring sub-microstrain resolution and an integrated 3-axis accelerometer with 1,500 Hz bandwidth and DC response.

Measure construction noise levels in real time with ST500 remote monitoring stations. Systems provide unattended sound level monitoring with Leq, Lmax, Lmin, and Lpeak results, selectable frequency weighting, threshold alerts, and automatic web-based reporting.

Perform static pile tests with our PilePRO monitoring system. Monitor force and displacement at the pile top as well as mobilization of side and end bearing capacity. View load displacement plots in real-time from a field computer and view remotely with our WebApp.