Brief Description and the work performed by Resensys Case definition: Between 1960 and 2002, 31 major bridge failures globally, stemming from vessel and vehicular collisions, claimed 342 lives and incurred substantial economic costs. Surprisingly, no established guidelines

Brief Description and the work performed by Resensys Case definition: Ten (10) bridges in Pennsylvania have been monitored by Resensys monitoring system. Problems: How to address the problem: Wireless monitoring systems have been deployed at  bridges in

Brief Description and the work performed by Resensys Case definition: Problems: How to address the problem: Results: OWNER Arkansas Department of Transportation (ArDOT) SERVICE PROVIDED Remote Structural Health Monitoring (SHM) System at The Hernando de Soto Bridge

Brief Description and the work performed by Resensys Case definition: Scour monitoring systems are crucial for safeguarding bridges, particularly in hurricane-prone areas. In May and June of 2023, Resensys deployed scour monitoring systems on ten bridges in

The Resensys team proudly provided a wireless Structural Health Monitoring (SHM) system for the Rod El-Farag Cable-Stayed Bridge in Egypt, spanning the Nile River. The SHM system used Resensys wireless SenSpot technology to monitor strain, tilt, vibration

Resensys Wireless Gauges play a vital role in overseeing NASA’s movable bridges in Cape Canaveral, Florida. This state-of-the-art system includes advanced wireless sensors such as the strain gauge SenSpot, accelerometer SenSpot, and tiltmeter SenSpot. Together, they form

In May 2023, Resensys scour monitoring systems were deployed on five bridges in District 1 of Florida, in response to an executive order by the Florida Governor. These systems include Wireless Sonar Water Depth Meter SenSpot™ Sensors

Few things are more frustrating to commuters than a lengthy traffic detour.  Hours and miles are added to trips and patience erodes. To transportation officials, an unexpected bridge inspection report represents an immediate call to action.  Safety

Wireless SenSpot™ can be used for monitoring Timber Bridge Structures: •Measuring strain/stress in timber by Wireless Strain Gauge SenSpot™ •Measuring vertical displacement and deformation under loads by Wireless Displacement SenSpot™ •Obtaining load rating for timber bridges by

Project Preview A high rise building’s load bearing concrete beam, which is suspended over a top floor terrace, was slowly deflecting over time. A fix was created to hold the deflecting beam.  The fix is steel beams