HT/LT Cable Route GPR Survey in Rajkot

Rates and page checked: 23 October 2026

What does an electric cable route GPR survey in Rajkot record?

An electric cable route GPR survey in Rajkot answers one practical question for the cabling team: what is already in the strip of ground the new HT or LT cable will take? We scan along the proposed alignment and across it at regular gaps, so services running beside your cable and those cutting across its path are both captured.

For every section, the record gives:

• the position of each detected service against the proposed alignment;
• its approximate depth wherever it was measured;
• its likely type – power, water, drainage, telecom or gas – where signal and surface clues allow;
• each road, rail, river or nala crossing as a separate entry;
• stretches that could not be scanned, with the reason, so nobody mistakes them for clear ground.

Radar is paired with electromagnetic locating wherever conductive lines are present. That combination is what makes underground electrical line tracing in Rajkot dependable: when two independent methods agree on the same cable, the trenching or boring crew can work with more confidence. Our wider approach is described on the HT/LT cable route GPR survey page, and the physics behind it in how GPR traces HT and LT cables.

Which Rajkot corridors and crossings need the closest scanning?

Cable routes in Rajkot rarely run far without meeting a point where buried services crowd together. These are the places we plan extra passes for:

• Ring Road and the main radial roads – long feeder routes often follow them, and junctions gather water, drainage and fibre from several directions.
• Railway lines around Rajkot Junction – any bore or casing under the track needs railway cables and nearby pipes recorded first, and access depends on railway permission obtained by the project owner.
• The Aji river and its bridges and culverts – crossings here are often planned as HDD bores, so the bore path and both pit areas are scanned.
• Industrial estate roads such as Aji GIDC, Metoda and Shapar-Veraval – narrow verges already carry private feeders, process water and drains laid unit by unit.
• Old-city lanes – LT routes squeeze past house connections and older drains in very little width.

Where a crossing will be drilled, our HDD route survey covers the bore corridor in more detail.

Whose lines will a new cable meet under Rajkot roads?

Rajkot is where PGVCL, the state distribution company for Saurashtra and Kutch, has its head office, and most existing power cables under city roads are part of that distribution network. A new route also has to work around:

• water mains and drainage laid by Rajkot Municipal Corporation;
• OFC ducts belonging to telecom operators, especially along main roads;
• street-lighting circuits plus private supply tails running into shops, homes and sheds;
• feeders and process lines inside estates that never appeared on any public drawing.

Clients looking for a power cable mapping company in Rajkot usually hold only part of this picture. We collect whatever drawings the owners can share, then let the radar confirm, correct or add to them. Mezux Touch has no affiliation with PGVCL or with any other DISCOM; we act only for the contractor, consultant or owner who orders the survey.

How does HT cable route mapping in Rajkot differ from LT work?

The method is the same, but the two kinds of route behave differently on the ground.

HT routes are longer and usually follow main roads between substations or into large industrial consumers. They cross more roads, drains and rail lines, so HT cable route mapping in Rajkot spends a larger share of time on crossings and on bore paths for trenchless sections. Keeping safe separation from other cables matters, so parallel services along the same verge are recorded with care.

LT routes are shorter but busier. They run through residential lanes and market streets with a service connection every few metres, older drains close to the surface and very little room to shift the alignment. Scan lines are spaced closer, and surface clues such as chambers, poles and meter boxes are logged to help identify what the radar sees.

Many orders combine both, and the quote shows each type of stretch separately so the programme is realistic.

What will a Rajkot cable route survey cost?

Charges follow the route length. The standard survey costs ₹24 per metre; with an L-section depth profile it costs ₹32 per metre. Jobs shorter than 4 km are charged as 4 km, and since Rajkot lies outside Delhi NCR, a project total never falls below ₹1,00,000. GST is billed in addition.

Order-size discounts work on the entire order: a quarter off once it passes 100 km, 40% past 500 km and half past 1,000 km. Mobilisation, night-shift work, traffic management or permissions, and CAD/GIS drawing sets are quoted on separate lines. The full slab table sits on our price list page, and quantity planning for tenders is covered in our note on GPR survey quantities in DISCOM BOQs.

When should a Rajkot cable route be surveyed?

The most useful moment is after the route walk and before the alignment is frozen. At that stage a crowded stretch can still be shifted to the other side of the road, and crossings can be moved to where fewer services sit. Surveying only after trenching has begun limits the result to damage control.

Other points to plan for:

1. Tender stage. An electric grid underground survey in Rajkot is often a BOQ item; fixing its length and type early avoids variation claims later.
2. Season. Monsoon rain lowers radar depth reach and leaves some verges waterlogged, so deep crossings are better scanned in dry weather where the programme allows.
3. Excavation soon after. Paint marks fade under traffic, so trenching should follow within days; the signed report stays as the permanent record.

If the contract asks for a depth profile, see the Rajkot L-section survey. Other work in the city is listed on our GPR survey in Rajkot page.