MC Yamunanagar GPR Survey with HDD Bore Profiles

What does an MC Yamunanagar utility survey cover?

The roads, lanes and open spaces of the twin city of Yamunanagar and Jagadhri, run by one Municipal Corporation. An MC Yamunanagar utility survey maps mains, sewers, drains, power and lighting cables, telecom ducts and gas lines along a planned route. It ends in a CAD drawing with depths, a crossing list and road marks.

Jagadhri is the older town, known for its metal and utensil trade, with tight lanes and shallow, crowded services. Yamunanagar grew around industry and the railway, with the Jagadhri railway workshop as a landmark. One survey often runs from one street type into the other, and the scan plan changes as it goes.

Typical work includes main replacement, sewer laying, drain rebuilding, road widening, undergrounding power lines and fibre ducts. Corridor width, depth of interest and verification are agreed with you before quoting.

Why do so many Yamunanagar jobs need a bore profile?

Canals, drains, railway lines and main roads cut across the city, and new services must go under them. The Yamuna leaves the hills in this district, and the Hathnikund barrage that feeds the Western Yamuna Canal lies upstream. Canal channels and drains run through the urban area, each one a crossing that open cutting cannot handle.

A drilling crew needs three facts for each crossing. What lies along the bore path, how deep is it, and how much clearance will the drill head have? We own and run 18 HDD rigs, so our survey team draws profiles the way our own drillers want to read them.

Which crossings come up, and who else is involved?

Table note: we survey only where the client is cleared to work; the owner's own approval is always needed for the crossing itself.

How do we build a bore-path profile?

In six steps, ending with a drawing the drilling engineer can set the rig by.

1. Fix entry and exit pits with the client, allowing for rig space and pipe lay-down.
2. Scan a band wider than the bore to catch services at an angle.
3. Trace metallic pipes and cables with a locator and note their identity.
4. Expose critical services at the pits, so depth is measured, not estimated.
5. Draw a long-section with ground level, each crossing service and the bore line.
6. Mark clearances and flag any below the agreed minimum.

The radar side of this work, and how depth is estimated between exposures, is explained in the detailed guide on utility detection methods.

What is different about the plywood and timber belt?

Heavy vehicles, large plots and private connections. Yamunanagar is one of India's main plywood and veneer centres, with timber and board units along its arterial roads. Log trucks load the verges heavily and can damage or displace older services, and large units run their own power, supply and drainage lines to the road.

When a public road project passes such a belt, we map the whole corridor instead of a narrow strip, so private entries and any displaced lines are caught. Our page with utility corridor mapping details explains how corridor width is chosen and how the layers are drawn.

How do the river and canals affect the ground?

Near the river and canals a shallow water table weakens radar; away from them the ground is easier. Each soil has its own electromagnetic properties, and the radar waves of a geophysical scan respond to them. On the alluvial plain below the Shivaliks, gravel and cobbles scatter the reflected signals and can mimic small buried objects, while wet silt absorbs them.

We pick the antenna for the depth that matters, scan closer near water, and rely on the locator and pit exposures where radar is weak. The method note says so, and low-confidence stretches are marked on the drawing. The underlying GPR scanning method is the same one we use across India.

Bank levels at canal crossings

An HDD bore under the Western Yamuna Canal or a major drain is designed from bank levels and bed depth, not from the road surface. At each crossing we set DGPS points on both banks, and level the banks, berms, service roads and planned pit spots with a total station. The radar L-section is drawn on that ground line with existing utility lines marked, so the driller can choose entry angle and cover with real numbers. In Jagadhri's lanes, the same method ties the joints between drawing sheets. Read on: DGPS at river and canal crossings and bank levelling by total station.

What does it cost, and who does the work?

Yamunanagar is outside the NCR, so the minimum order is ₹1,00,000. We charge ₹24 per metre for a standard GPR scan and ₹32 per metre for an L-section, which is what a bore profile uses. Whole orders above 100 km get 25% off, above 500 km 40% and above 1,000 km 50%. GST is extra.

Ten canal and road crossings of about 120 metres each add up to 1,200 metres, or ₹38,400 at the L-section rate. On their own they fall under the ₹1,00,000 minimum. Combined with a 3 km standard corridor scan (₹72,000), the order comes to ₹1,10,400 plus GST. The rates are also on our GPR survey price list. Send the route and crossing list to price your Yamunanagar job.

The field teams are Mezux Touch's own, running every ground penetrating radar survey on radars from the company stock of 58. No crossing is outsourced. MC Yamunanagar has placed work with us directly, as have HDD drillers, gas and fibre operators and the consultants who design their canal and road crossings. For MC Yamunanagar utility mapping, the crossing list is all we need first.

Frequently asked questions

Does the survey cover both Yamunanagar and Jagadhri?

Yes. We work across the whole twin city and treat it as one job, with one set of utility maps, if your route runs through both.

Can you profile a crossing under the Western Yamuna Canal?

We survey the approaches and bore path where the client is cleared to work. The irrigation department's conditions decide whether and how the crossing is drilled.

Do you supply the drilling as well?

This page is about the survey. We own HDD rigs, and drilling can be discussed separately in writing if you need it.

Can you give a single layered map of all services?

Yes; here is utility mapping at a glance, which explains the layers and formats.

How deep can you see near the canals?

Less than in dry ground. The report says so, and the GPR data is checked against depth at pit locations.

Is the survey useful for a timber unit's own connection?

Yes. We scan from the unit's entry point to the road main so the new connection avoids underground utilities already there.

Written by Saniya Parveen · Technically reviewed by Rahul Rai · Updated 8 November 2026