Tagged with bridges
Teledyne BlueView
Using the M900-2250-130 2D Imaging Sonar to Inspect Bridge Footings
When placed into a vertical orientation, both the high resolution 2250 kHz and long range 900 kHz heads of the M900-2250-130 sonar can easily image the face of bridge footings and vertical structures for potential damage and debris. Learn more...
Teledyne BlueView
Imaging marine plant life and bridge footings in a harbor using the M900-2250-130 2D Imaging Sonar
With it’s real-time, motion immune imaging capabilities, the 900 kHz head of the M900-2250-130 sonar system captures marine plant life and the underside of a bridge. Lean more about the BlueView M900-2250 Dual Frequency Series
Teledyne BlueView
Imaging underneath a bridge using the M900-2250-130 2D Imaging Sonar
Capable of up to 100 m maximum range, the 900 kHz head of the M900-2250-130 sonar system is used to inspect underneath a bridge. Learn more about the BlueView M900-2250 Dual Frequency Series
Teledyne BlueView
Using 2D sonar to conduct a bridge footer inspection.
Underwater infrastructures worldwide need to be inspected regularly for problems caused by corrosion, scour, undercut, impact damage and debris. Diving engineers will typically inspect these structures visually when water conditions allow, and by...
Teledyne BlueView
Post Construction 2D inspection
Teledyne BlueView's 2D Forward Looking Imaging Sonar used to image concrete mattress and sand bags on the river bed around a bridge footer to verify the placement is correct according to the contract. Underwater infrastructures worldwide need to...
Teledyne BlueView
Post construction verification
3D underwater imaging is used frequently to verify construction projects are completed to specification in low to zero visibility conditions. Underwater infrastructures worldwide need to be inspected regularly for problems caused by corrosion,...