Authority works — Rohtak
MC Rohtak GPR Survey for City Roads, Campuses and IMT Plots
Tracing cables and scanning with GPR across Rohtak's roads, its university and hospital campuses and IMT plots, with CAD/GIS output.
Quick AnswerAhead of any Rohtak dig, an MC Rohtak GPR survey works out which cables, pipes and ducts lie under the corporation road or plot. A locator follows each energised power or telecom line, ground penetrating radar (GPR) covers the pipes and ducts, and the lot is plotted in CAD and GIS. For how cables are told apart, see underground cable detection details.
What does an MC Rohtak utility survey give you?
Files your designer, contractor and road owner can each use without redrawing. An MC Rohtak utility survey ends with a drawing, a schedule and ground marks, all on the same coordinates.
| Deliverable | What it contains | Who uses it |
|---|---|---|
| CAD utility plan | One layer per service type, labelled with depths | The designer |
| GIS layer | Polylines tagged by kind, diameter, depth and how certain | MC Rohtak or campus engineers |
| Crossing schedule | For every crossing: chainage, what is crossed, its depth, the gap left | Main contractor and drilling team |
| Chamber photo log | Pictures of each lifted cover, numbered to match the plan | Engineer on site |
| Ground marking | Spray lines or pegs above every traced route | Whoever is digging |
Rohtak is a district headquarters in the NCR's Haryana sub-region and an education and medical centre, home to Maharshi Dayanand University and the Pandit Bhagwat Dayal Sharma PGIMS. It also has IMT Rohtak, developed by HSIIDC, and an elevated railway through the centre, each with its own underground utilities.
How do we tell one cable from another?
By tracing each one with a locator from a known point, not guessing from a single radar hit. Rohtak verges carry LT cables, lighting circuits, telecom lines and sometimes HT feeders in one strip. On radar they look alike; a locator separates them.
- Active tracing: a signal on an accessible cable or pipe confirms identity and route.
- Passive sweep: picks up live power and radio signals on cables we cannot connect to.
- Radar cross-lines: confirm position and depth and find non-metallic ducts.
- Chambers and joints: opened where safe to check labels, depth and cable count.
Each run is labelled with its source, separating an HT feeder traced end to end from a duct seen once on a radargram.
Where is utility work concentrated in Rohtak?
- Old city roads: narrow and crowded with decades of utility lines; we scan short, close lines.
- Planned sectors: wider roads with drain rebuilding and main replacement.
- Campuses: long internal power, fire and data networks that new buildings must avoid.
- IMT Rohtak and industrial plots: new connections and extensions near HT cables and process lines.
Around the elevated rail corridor, railway land and structures follow railway rules. Our crews stay on the public roads alongside and within whatever area the client has clearance for.
How are the CAD and GIS files used after the survey?
The CAD file goes into design straight away; the GIS layer is what lasts. A consultant overlays our plan on the road design and moves the new drain, main or duct to keep clearances. Contractors plan trial pits and bore depths from the crossing schedule. University, PGIMS or corporation engineers can add the layer to their base map, giving the next project a sounder start. For formats, there is more on CAD and GIS utility mapping.
We draw on your coordinate system, or a standard grid that lines up with satellite imagery.
What limits what the survey can see?
Mostly the ground. As a geophysical sensor, GPR loses its radar waves in wet, clayey or salty soil, as high electrical conductivity absorbs them. Rohtak's flat alluvial land has waterlogging and saline groundwater in places, so a pipe clear at one metre in a dry verge may fade at that depth beside a drain.
We plan for it: a lower antenna frequency for depth, extra lines, more locator work on metallic pipes and more chambers opened. Other limits apply too:
- Deep house connections and thin plastic pipes may escape detection
- Dense reinforcement in a concrete carriageway blocks the view beneath
- Two buried utilities laid one above the other may show as a single echo
The report states these limits in plain words and marks low-confidence stretches, so no gap is read as proof of empty ground.
How long does a Rohtak survey take?
A short street run needs one day on site, and the drawing follows a few working days later. Length, traffic and service density set the time, and campuses take longer for their many short lines. As an NCR city, Rohtak sees work begin on confirmation day, or one working day later.
Still choosing what to include? Each technique's reach is compared if you read more on underground utility detection methods. For a dig that must start soon on a small area, a focused pre-excavation scan may be enough.
What are the rates for a Rohtak utility survey?
Rohtak is in the NCR, so our NCR minimum order applies.
- Standard GPR scan: ₹24 per metre
- L-section with depth profile: ₹32 per metre
- Minimum order: ₹50,000 in Delhi NCR; ₹1,00,000 elsewhere
- Whole-order discount: 25% above 100 km, 40% above 500 km, 50% above 1,000 km
- GST is charged on top
Picture a campus whose internal roads total 2.8 km: at the plain rate that is ₹67,200, with tax on top. Those figures match the GPR survey price list. Share the location and the drawing's purpose to ask for a rate for Rohtak.
Campus master plans and new blocks
Rohtak's big campuses, the university and PGIMS among them, plan new blocks on master plans drawn years ago. Buried services were added in between, often unrecorded. We bring DGPS coordinates onto the campus, pick up building corners, roads and manholes with a total station, and place each traced cable and pipe on that frame. Estate officers get a campus utility map that matches their master plan, and the next architect sees what lies under a footprint before any column is set out. More on DGPS for campus surveys and measuring building corners.
Who we work for in Rohtak
MC Rohtak itself, through orders placed with us, plus the builders, design consultants, institutions and plot owners who commission sites in the city. Every ground penetrating radar survey in the city is staffed from our payroll and run on radars we own, 58 in all, and no part goes to an outside firm. We have done this work since 2003. For MC Rohtak utility mapping, tell us the road or campus through the quote form.
Frequently asked questions
What if a Rohtak cable is dead, can it still be traced?
Yes, if we can reach it at a joint, pillar or end point to apply a signal. Otherwise radar shows its position and we mark it as detected, not traced.
Do you work inside university or hospital campuses?
Yes, under the campus's own access and safety rules, with their engineer present.
Does a telecom duct in Rohtak need RoW?
Yes. Before laying, the operator must secure RoW from whoever holds the road, and the RoW permission in Delhi NCR details walk through each step.
Will you give a GIS file as well as CAD?
Yes. Tell us the format you need, and we deliver both from the same data collected.
Can you find street lighting cables?
In most cases, yes. They are traced from the lighting pillar or pole and drawn on their own layer.
Can you survey IMT Rohtak plots?
Yes. Inside plots the owner's permission is enough; estate roads follow HSIIDC procedures.
Get a written quote for Rohtak works
Haryana authorities
Written by Saniya Parveen · Technically reviewed by Rahul Rai · Updated 8 November 2026