GMDA corridors — Gurugram
GMDA GPR Survey on Gurugram's Master Corridors
Mapping the big services on Gurugram's master roads, trunk mains and drains, delivered as CAD and GIS layers.
Quick AnswerA GMDA GPR survey maps the trunk water mains, sewers, HT cables, fibre ducts and drains on Gurugram's master corridors, plus every line that crosses them. We trace cables first, scan with ground penetrating radar (GPR), check chambers and hand over CAD and GIS layers with depth and confidence. For bunched power and fibre lines, see underground cable detection.
What does GMDA build, and what does a GMDA utility survey check on each?
GMDA handles Gurugram's master infrastructure: master and sector dividing roads, trunk water supply, trunk sewerage, master storm drains and city mobility. A GMDA utility survey checks the large services on those corridors and every smaller line that crosses them.
The Gurugram Metropolitan Development Authority was set up under the GMDA Act, 2017, with the Chief Minister of Haryana as chairperson. It builds the city's backbone, not its lanes, so its corridors carry the biggest pipes and cables in the district.
| GMDA asset | Examples | What the survey focuses on |
|---|---|---|
| Water supply | Mains from the Basai and Chandu Budhera treatment plants | Trunk main position, depth to crown, valve chambers |
| Sewerage | Trunk sewers to the Behrampur and Dhanwapur treatment plants | Manhole inverts, line between chambers |
| Storm drainage | Master drains such as the Badshahpur drain and the Leg drains | Services crossing or running beside the drain |
| Master roads | Sector dividing roads and their service lanes | HT cables, fibre ducts, crossings at junctions |
| Mobility | Bus stops, depots, signals and road redesign | Signal cables, lighting feeders, shallow ducts |
Internal sector roads are often with other bodies. Where a project crosses into the Manesar belt, see what a Municipal Corporation Manesar utility survey costs.
Why does GIS matter so much on GMDA corridors?
Master corridors are shared by many owners over many years. A GIS record lets each new project see the underground utilities already there, with offsets and depths, without paying for the same scan again.
Every corridor arrives as CAD layers and a GIS layer with owner where known, type, size where measured, depth, method and confidence. Lines not traced end to end are marked unconfirmed. Structure and formats are set out on what we do: CAD and GIS utility mapping. For an authority building a digital asset record, this utility data keeps paying back.
Take a developer who needs a sewer connection across a master road. The corridor layer already shows the trunk main, two HT cables and a fibre duct bank there, with depths. The designer picks the crossing depth on day one, the driller knows what to avoid, and only a short check at the crossing is needed. The same utility maps support the road cutting request, showing the route against every existing line.
What is different along the Dwarka Expressway belt?
The services there are new and the records are fresh, which makes it the best moment to map them accurately, before resurfacing and later connections blur the picture.
Group housing is filling the new sectors on both sides of the Dwarka Expressway, and every project needs connections across service and master roads. Crossings are frequent and often trenchless. We survey each crossing and the strip either side, and advise recording as-built positions while contractor records are to hand. In the older city, the new Gurugram Metro corridor will bring its own round of diversions.
Can GPR reach master water mains and trunk sewers?
Water mains, in most cases yes; deep trunk sewers, often not. Gurugram's sandy loam lets radar waves reach normal main depths, but deep sewers are located from manholes and drawn as inferred between them.
A ground penetrating radar survey works on a geophysical principle: electromagnetic waves sent into the ground return as reflected signals from each pipe or cable. Near the Aravalli edge, rock and hard fill add clutter, so we use closer line spacing and trace all metallic pipes and cables. Concrete and plastic pipes are found by radar alone, and a trial pit settles the depth of a critical one. See our underground pipeline detection service, and for the city overview, the GPR survey in Gurugram details.
How are cables handled on sector dividing roads?
They are traced first. HT cables and trunk fibre ducts are the costliest services to damage on master roads and the hardest to separate on radar when bunched.
A locator goes on every pillar, joint box or exposed cable we can reach, and GPR then covers the whole service lane for ducts and dead cables. At junctions, where cable routes turn and cross, we scan a full grid, as one missed duct there can cut a sector's connectivity. The approach is described on our page to see underground cable detection. Internal roads finished to the same standard are covered on what you receive from an MCG utility survey.
Permissions on master roads follow the authority's own process. The steps are broadly similar across Haryana's NCR cities; to see them in practice, read road cutting permission Faridabad.
What are the rates for a GMDA utility survey?
₹24 per metre for a standard GPR survey and ₹32 per metre with an L-section. The Delhi NCR minimum order of ₹50,000 applies in Gurugram, and GST is extra.
- A 9 km master road with an L-section: 9,000 × ₹32 = ₹2,88,000 plus GST.
- A 1,050 km city-wide corridor programme: ₹2,52,00,000 at list rate, less the 50% discount for orders above 1,000 km, giving ₹1,26,00,000 plus GST.
- Orders above 100 km get 25% off and orders above 500 km get 40% off the whole order.
There is no minimum length. A tender survey of selected stretches is priced at the same per-metre rates, so you can start small and extend the scope after award.
Survey control along a long corridor
A master road can run ten kilometres or more, and small errors build up unless the survey hangs on fixed control. On GMDA corridors we set DGPS stations at intervals and close total station runs between them. Trunk mains, sewers and HT cables then carry coordinates that hold true end to end, and our chainage matches the widening or drainage design. That matters when two contractors on construction projects start from opposite ends and must meet in the middle. See Gurugram satellite control survey and closed traverse between control points.
Who scans GMDA corridors?
Our salaried crews, with GPR systems from the company's own fleet; no GMDA corridor is sub-let. GMDA has commissioned GPR data from Mezux Touch directly, and its contractors, consultants, developers and utilities hire us for their own packages on the same master roads. For GMDA utility mapping, use the quote form for Gurugram to share the corridor and what you plan to build.
Frequently asked questions
Which roads count as GMDA roads?
Generally the master and sector dividing roads. Internal sector roads sit with MCG, HSVP or a developer.
Can you survey service roads along the Dwarka Expressway?
Yes, including crossing points for new connections, with the data collected tied to the sectors on both sides.
What GIS fields do you provide?
Service type, owner where known, size where measured, depth, method and confidence, in WGS-84 unless you ask otherwise.
Do you cover the rest of Gurugram district?
Yes; see utility line survey in Gurugram details for lanes and colonies.
How deep do master water mains sit?
Most sit within the depth GPR reaches in Gurugram's sandy soil, and critical buried utilities are confirmed with trial pits.
Does the monsoon delay corridor surveys?
Heavy rain reduces radar depth near low-lying drains for a few days, so we schedule those stretches after dry spells.
Request a written quote for GMDA works
Gurugram and Haryana authorities
Written by Saniya Parveen · Technically reviewed by Rahul Rai · Updated 8 November 2026