Bathymetry is the measurement of the depth of water in oceans, rivers, or lakes. Bathymetric maps look similar to topographic maps, but use lines to show the shape and elevation of underwater features as opposed to land. The data collected through Bathymetric survey techniques is used to monitor climate change; develop hydrodynamic models to predict tides, currents, and hazards; or study the habitat of benthic organisms to aid in conservation and monitoring.
While high-resolution methods have yet to be perfected for deep ocean bathymetry, its provides a high degree of accuracy where used in relatively shallow water. Traditionally, these methods rely on ship based sonar to collect and compile data for studies. However, this method has some limitations.
Since sonar can only measure a set area at a given time, and ships are confined to defined pathways, a ship-based solution often requires several passes on a single route in order to “stitch” data together. An additional challenge is that ships are confined to certain depths, making near shore bathymetry or bathymetry of shallow areas difficult or impossible to capture. As such, Ship based solutions (while ideal in deep water environments) can prove to be costly and difficult to implement in near-shore or shallow water environments.
In these situations, a drone-based bathymetric survey provides a significant advantage. Additionally, the drone’s precise positioning while following the survey routes, ability to fly at a constant speed and low altitudes capabilities, result in high accuracy measurements on the first pass.
As a Level 2 Distributor, Partner, and Trainer of SPH Engineering, which develops the UgCS line of equipment, we have the experience and the technology to complete these inspections safely and quickly. Our platforms use 450Khz single-frequency or 30-50 / 200Khz dual-frequency transducers – Providing a maximum depth of 100-200 m.
With the ability to deploy anywhere, operate in harsh conditions, and provide data to a depth of 200m – Our drone-based bathymetry solutions provide significant advantages in efficiency, cost, and safety.
Bathymetric surveys of tailings dams are necessary because the sediment levels beneath the water can constantly change impacting the volume of water stored.
With the ability to deploy anywhere, operate in harsh conditions, and quickly provide accurate data – Our drone-based bathymetry solutions provide significant advantages in efficiency, cost, and safety.
In these applications, drone-based bathymetry provides benefits in cost, efficiency, reliability, and safety with the ability to deploy anywhere, operate in harsh conditions, and quickly provide accurate data.
Particularly as it pertains to food areas, bathymetry provides emergency response teams with the ability to easily map inundated areas to better understand damage caused by the event, and the risks that presents. The ability of our Drone-based solution to deploy anywhere, operate in harsh conditions, and quickly provide accurate data provides better operational knowledge – which means better preparedness and response.
How Can We Help?
We approach every project as a partnership. It’s our goal to develop solutions that directly meet the challenges of our clients operations. We achieve this by working alongside our clients to deliver tailored drone services that leverage the incredible potential of drone technology. Let’s talk.
DRONE-BASED BATHYMETRIC SURVEYS PROVIDE A SIGNIFICANT ADVANTAGE IN NEAR-SHOREOR SHALLOW WATER ENVIRONMENTS