Groundhawk is a versatile tool for mapping various types of utilities, including electricity, fiber, water, gas, and district heating systems.

Groundhawk is designed mainly for open-trench mapping but works equally well for closed-trench mapping or pinpointing specific locations, like poles or cabinets.

With Groundhawk, you can:

• Map utility routes before digging to create pre-dig documentation.
• Document routes after digging for accurate post-dig records.
• Plan and create detailed utility routes in advance.

Groundhawk adapts to your needs, providing precise and efficient mapping for every project.

Groundhawk is designed for cable contractors and operators who prioritize efficient, high-quality network construction.

By using Groundhawk, you can:

• Speed up project timelines.
• Reduce costs through better planning and documentation.
• Create well-documented networks that are easier to maintain and protect from accidental damage.

With Groundhawk, building and managing your networks becomes faster, smarter, and more reliable.

Groundhawk's 3D mapping technology uses advanced satellite positioning with error correction to achieve centimeter-level accuracy.

Groundhawk's environment scanning is powered by photogrammetry, where a video stream from a moving camera captures key points. When viewed from different angles, these points are resolved into a detailed 3D representation, similar to stereovision.

This cutting-edge approach ensures precise and reliable mapping for your projects.

Learn more about 3D scanning

While commonly referred to as GPS, Groundhawk uses GNSS (Global Navigation Satellite Systems) for positioning, leveraging multiple satellite constellations: GPS, Galileo, Glonass, and Beidou.

Standard GNSS, like what's found in mobile phones, provides 3–5 meters of accuracy. Groundhawk enhances this with RTK (Real-Time Kinematic) technology to achieve centimeter-level precision.

RTK relies on a network of ground stations with known precise locations. These stations calculate GNSS errors, such as those caused by the atmosphere, and send correction data to Groundhawk in real time.

This process requires a constant mobile internet connection, ensuring unmatched accuracy for your mapping needs.