Marine Survey

Read More


Marine Survey

Read More

Leica DS2000 Utility Detection Radar

Uncovering safer, faster, more

Key benefits

  • Increase safety when the DS2000 identifies all potential  threats
  • Get to assets and recover quicker from outages when you know exactly where underground utility assets are located
  • Dual-frequency antenna to detect deep and shallow targets simultaneously
  • Easily collect and understand data with the DS2000’s simple  and intuitive software and data storage
  • Simple data storage and export to continue working on the post-processing at the office
  • Effortlessly maneuver around the most challenging sites with the DS2000’s advanced ergonomics
  • Expert knowledge of Leica Geosystems with more than 270 service centres worldwide
  • PROTECT by Leica Geosystems – the strongest warranty in the marke

Detection and underground mapping solution
Combined with the powerful and rugged Leica CT2000 field tablet, the GG04 or the GPS60 smart antenna, and the DIGICATintelligent cable locators and DIGITEX transmitters, the DS2000 is part of the complete Leica Geosystems detection and underground mapping solution that will enhance your business by making it faster and more efficient. With DX Office Vision post processing software, convert radar data to CAD file in an uncomplicated way.

Continuing changing environment and increasing population bring the need to construct more buildings and renovate existing ones – we can see the change easily by looking at the streets.

Infrastructure, specially utilities, must be maintained or repaired continuously. The main challenge for this change is not knowing the accurate position of the utilities. Without knowing the accurate position of utilities, we can’t plan them. This brings the need of detecting and mapping utilities. The quality of detection and the maps is very important – if the location of the utility is wrongly detected, or if the utility cannot be detected, this can lead to hazardous accidents and damages. In order to protect people and assets, the quality of detection and mapping must be ensured.

Although there is no requirement for utility detection, associations try to ensure the detection quality by issuing guidelines. According to The Survey Association (TSA) in the United Kingdom, there are six levels of quality in utility detection that give a reference for surveyors and project owners to have a common understanding of what type of survey will be provided for each level. As you will see, each level requires tools or sources to locate utilities, based on the type of tools and sources the quality of the detection increases as the Level increases.

Level 1 – A desk top search of utility company records with the results consolidated onto base mapping.
This survey type is the most used in general and it can be provided for free or with a low cost, however, it only shows known utilities without accurate location or coordinates. Also, it is not possible to see old utilities and utilities crossing each other. This is, though, a good source to start with as it gives the type, size and direction of the utilities.

Level 2 – Using just an Electromagnetic Locator (EML) search in active and passive modes with located utilities being marked out on the ground surface only.
EML devices can detect metal services such as power cables of metal pipes. By using Leica Digicat or Ultra Locators  you can pin point the power cables or metal pipes. Level 2 surveying is ideal for avoidance applications where the services will not be mapped. By using only EML devices, it is not possible to detect nonconductive lines such as concrete and plastic pipes or fiber optics. If you would like to get more detailed information about Passive and Active mode of EMLs please read our blog post “How cable locators work – Principles of buried utility detection.”

Leica ULTRA Utility Tracing System

Leica Digicat 750i SMARTREADY Cable Locator

Level 3 – A Level 2 survey but the results plotted onto digital base mapping in CAD.
For Level 3 you can either mark the detected utilities on the surface and collect the points later with a positioning device such as a Leica total station or Leica GNSS antenna, or you can connect your Leica Digicat  or Leica Ultra with Zeno 20 GIS Collector and collect points from detected power cables using DX Manager Mapping Utility Mapping Solution.
Having service lines digitally mapped makes the planning for renovation more efficient and saves construction costs.

Level 4 – A Level 3 survey but with lifting of manhole and inspection pit covers, recording the contents and noting tracing the lines of pipes and ducts using sondes or tracing rods. Results are digitally produced in CAD.
Opening manhole covers will give you information like type, dimension and material of the utilities. Although it will provide the start and the end point of service lines between two manholes, the status in between will remain unknown. This is also a very time consuming step. With Leica Digitrace, Digimouse and Maxisonde  you can, nevertheless, trace the lines after opening the manhole covers. Results can be easily recorded digitally in DX Manager Utility Mapping cloud-based solution.


Level 5 – A Level 4 but with a predefined percentage of the survey area covered with close-centred recorded radar transects. This radar data is post-processed and interpreted at a later stage for incorporation into digital mapping along with the Level 4 data.
Ground Penetrating Radar (GPR) technology is used for detecting underground utilities. The main advantage of using GPR for utility detection is being able to detect nonconductive materials too. With Leica DS2000 Utility Detection Radar, you can detect concrete and plastic pipes or fiber optic cables beside services with conductive material. Post-processing is a critical part of using GPR for utility detection as it requires user interpretation for converting radar data to utilities. Leica DX Office Vision is an easy to use post processing software to digitally map utilities in an efficient way.

Leica DX Office Vision

Level 6 – A Level 1 and Level 5 survey combined but with 100 per cent coverage of the survey area and close-centred recorded radar transects.

In addition to Level 5, Level 6 entails 100 per cent coverage of GPR detection of the area. This is the highest level of survey


Leica Geosystems brings efficiency in work flow and complete system solution with high quality and reliable products.


Written by Anabela Ferreira Fernandes, Marketing Communications Manager at Leica Geosystems

Our three-day, GPR training course looks at the principles and limitations of the technology, gives attendees plenty of practical hands-on time with the kit and goes through reading and post-processing site scans. At the end of this course you will be able to confidently carry out a GPR survey, understanding even the most complex of environments and deliver accurate maps of your survey area.

Who should attend?
This course is aimed at people who want to become competent in all aspects of GPR usage from marking out your scan area to post-processing your results.

The trainers
Our trainers have decades of experience in locating and mapping buried utilities and aim to bring you to a place where you can comfortable work with GPR technology – the hardware and the software.

Course modules

  • Legislation and regulations
  • PAS128 & 256
  • Understanding utility maps
  • Principles and limitations of the technology
  • Using GPR
  • Site survey
  • Positioning methods
  • Data export and review
  • Post processing

Our courses take place at our Detection Training Campus, Stoke-on-Trent. It is ideally situated in the centre of the country, close to all major transport links. If your organisation would like to train four or more people at the same time, we can bring the course to you.* Please send us an email or give us a call to find out more.

    Contact Or Visit Us

    Mon - Fri 8.30 - 17.00

    Sat - Sun


    +85620 55 155 108