Leica DD175 Depth & GPS Package | Utility Locator | Automated Pinpointing Technology

The Leica DD175 Depth & GPS Package is a high-specification utility detection solution designed to modernize subsurface mapping. Operating at a 60Hz frequency, the system integrates advanced data-logging and GPS positioning to provide managers with precise insights into tool usage and utility locations. By connecting seamlessly with Leica DX Field Shield and DX Manager Shield software, it enables immediate data transfer between the field and the office, enhancing site safety and operational transparency.

How does the Leica DD175 improve underground utility detection accuracy?

The system utilizes automated pinpointing technology and a clear, high-contrast display to minimize human error during the location process. This technology ensures that even operators with varying skill levels can confidently identify buried utilities with precise depth indicators.

What are the benefits of integrated GPS and data logging in the DD175 package?

Integrated GPS allows for the spatial recording of utility locations, while data-logging features provide detailed reports on equipment activity. These functions support civil engineering and utility management firms in maintaining compliance and optimizing resource allocation via the DX Manager Shield platform.

How does the DA175 Signal Transmitter enhance the locating process?

The included DA175 1-Watt Signal Transmitter applies a specific signal to underground conductors, allowing the locator to trace services where passive signals are absent. This 1-Watt output is critical for differentiating between multiple buried lines in congested urban environments.

Compatible Accessories

• Extend detection capabilities with the Leica DA175 1 Watt Signal Transmitter for active line tracing.
• Protect your equipment in transit with the Leica System Carry Bag.
• Improve signal application on pipes using the Leica 4" Transmitter Clamp.
• Detect non-metallic drains and ducts by integrating a Leica Midi Sonde.