Authority works — Hisar
MC Hisar GPR Survey and Pipeline Mapping for City Works
Pipe and cable detection for Hisar roads, campuses and new growth areas, planned so the crew finishes in one visit.
Quick AnswerAn MC Hisar GPR survey pins down the mains, sewers, drains, cables and ducts under a corporation road or plot before digging. Ground penetrating radar (GPR) and locators do the field work. A Mezux engineer lives in Hisar, so work opens at once or a business day later at most. Scope, field days and verification are planned in advance to finish in one visit where possible. Here is what we do: underground pipeline detection.
What is an MC Hisar utility survey used for?
It gives contractors and designers a reliable picture of buried utilities before they cut, bore or redesign a Hisar road. Typical jobs are main and sewer replacement, storm drains, road widening, cables and fibre ducts. An MC Hisar utility survey also helps before building on a large plot crossed by old lines.
Hisar is a district headquarters in western Haryana, home to Chaudhary Charan Singh Haryana Agricultural University and Guru Jambheshwar University of Science and Technology. A cantonment and the National Research Centre on Equines are here too. The land around its airport, developed for passenger flights, is changing fast. Each site has its own owners and access rules.
How do we plan a job in Hisar?
Most planning happens before the first site day, so no second visit is needed. Our engineer lives in Hisar and works from home, so the field start is immediate, or one business day after your go-ahead at the outside.
- Route file: a Google pin, KMZ or marked sheet of the alignment, plus any old records.
- Scope call: we fix corridor width, depth of interest, verification and deliverables.
- Access check: owner of each stretch, working hours, campus or cantonment passes.
- Field plan: site days sequenced so checks finish before sign-off.
- Drawing: CAD plan, crossing list and photo log after processing.
Before each job we also run through the checklist we use to choose between radar, locators and trial pits for each service type.
How does Hisar's ground affect the scan?
Mostly in our favour. Ground penetrating radar times reflected signals from short pulses, a geophysical principle, and dry ground lets those pulses travel further than wet clay. Much of the Hisar area is semi-arid with sandy to loamy soil, so pipes in a dry verge show as clean hyperbolas and depth estimates hold up.
Ground beside canals, waterworks and leaking drains stays damp and weakens the signal, and compacted fill under old roads scatters it. There the radar lines go closer, a lower-frequency antenna buys depth, and key crossings are proved at a manhole or pit.
What are the different kinds of site in Hisar?
| Site type | Owner to check | How we approach it |
|---|---|---|
| Corporation roads and colonies | MC Hisar | Corridor scan, chamber checks, ground marking |
| HSVP sectors | HSVP or the corporation, depending on handover | Same method; confirm owner before applying to dig |
| University campuses | The university | Grid scan of internal roads under campus rules |
| Cantonment area | Defence and cantonment authorities | Only with the required permission |
| Airport-side roads and new growth areas | Varies by stretch | Baseline mapping before new services are laid |
Which pipes are hardest to find, and how do we deal with them?
Small plastic pipes and deep sewers. A plastic connection gives a locator nothing to follow, so radar alone must find it, and a small pipe at depth can be faint. A deep sewer is clear at manholes but harder between them in damp ground.
- For plastic pipes we run close, short radar lines and mark each detection.
- For metallic pipes we use radar and a locator, giving two independent fixes.
- For sewers we measure invert depths at manholes and connect them with radar evidence.
- Where a line matters most, we recommend a trial pit and record it as exposed.
How the radar side is run is set out under GPR scanning services. Where a client wants every line graded by confidence, we follow the SUE survey approach and label each line with its quality level.
What do you receive once the crew has left?
A drawing to design from, a list to price from and ground marks to dig by. The handover is complete enough to stand on its own.
- A CAD sheet of every detected service, layered by type, with depths
- A table of crossings with existing utility lines and the clearance at each
- Photos of every lifted chamber and dug pit
- A note on kit, scan spacing, soil and what the survey could not see
- Paint or peg marks, photographed before we leave
The engineer who led the survey then walks your team through the GPR data by phone or video. If the design later moves outside the scanned corridor, only the extra stretch is quoted.
What does an MC Hisar utility survey cost?
Hisar is outside the NCR, so the ₹1,00,000 minimum order applies. The per-metre rates are the same everywhere: ₹24 per metre for a standard GPR scan and ₹32 per metre for an L-section with depth profile. Whole orders above 100 km get 25% off, above 500 km 40%, and above 1,000 km 50%. GST is extra.
Five kilometres of plain scanning in Hisar works out at 5,000 × ₹24 = ₹1,20,000 before tax. A 2 km stretch on its own would fall below the floor and be billed ₹1,00,000. Grouping several Hisar stretches into one order is often the sensible way to use that minimum. All rates live on our GPR survey price list. When you are ready to proceed, send us your Hisar site details.
Tiny gradients on flat ground
Hisar is flat, and a sewer or storm drain here may fall only a few centimetres in a hundred metres. Small level errors decide whether water moves at all. On MC Hisar drainage work our total station levels road crowns, kerbs and chamber inverts closely, and DGPS carries a benchmark across the job so separate stretches agree. Radar depths for crossing mains are read against the same datum, showing where a new drain would rise above a supply pipe and where it passes clear. See DGPS benchmarks over long routes and precise levels with a total station.
Who runs GPR survey for MC Hisar projects?
Mezux Touch does, with its own engineers and radars the firm bought, and the field work stays in-house. Orders come from MC Hisar directly, and from Hisar's road contractors, public health consultants and landowners. Utility surveys, from a single ground penetrating radar survey to full utility mapping services, have been our trade since 2003. The 58 GPR systems and every engineer sent to Hisar belong to the company. For MC Hisar utility mapping, speak to the engineer based in Hisar through the quote form.
Frequently asked questions
When is the right time to book Hisar fieldwork?
Send the route when it is ready. Our Hisar engineer begins on the day itself or the business day after, and site dates go into the written quote as soon as scope is settled.
Can you combine several sites in one visit?
Yes, and it often makes sense. Several stretches in Hisar or nearby towns can go in one order and one visit.
Will you also deliver a layered utility map?
Yes, with separate layers for water, sewer, power, telecom and so on; file formats are on our page on utility mapping.
Do you work inside the cantonment?
Only where the client holds the required permission for that area. We do not seek it on anyone's behalf.
Does sandy soil mean you can see everything?
No. It helps radar, but small plastic pipes at depth can still be faint, so we verify where it matters.
Can you scan a university campus during term?
Yes, in agreed time slots so that roads and parking areas are clear for data collection.
Get a written quote for Hisar works
Chandigarh region
Written by Saniya Parveen · Technically reviewed by Rahul Rai · Updated 8 November 2026