Solution — Warehousing & logistics
Warehouse Site Survey: Levels, Docks and Access
From the first boundary check to the finished floor levels, one survey base for the whole warehouse build.
Quick AnswerA warehouse site survey checks the land's boundary and access, measures ground levels for the building pad and yard, and works out cut and fill. It also records overhead and buried services, then sets out piles, columns and docks from the same control. Logistics parks along freight and expressway corridors often add a corridor-scale check; see the Mezux utility survey for industrial corridors.
What does a warehouse site survey cover?
Everything that decides whether trucks can reach the building, whether the floor will be level and dry, and whether the land matches the papers. The survey follows the project: boundary and access at purchase, levels and contour lines for grading, utilities before excavation, construction layouts during the build and an as-built at handover. One control network for all of them keeps shed, docks and yard in agreement.
Warehouses look simple and are not. A 2 lakh sq ft shed is one slab the size of several football pitches, with dock doors that must meet truck beds and racking that needs a flat floor. Small level errors show up as yard ponding, mismatched docks or leaning racks.
The four survey stages of a warehouse project
Each stage answers a different question, and each uses the control fixed in the first one.
- Due diligence: Does the boundary on the ground match the sale deed, allotment or land records, and is the access road as described? Do high tension lines, canals or village paths cross the land? Our page on Land Survey for Industrial Plots covers this stage.
- Design survey: A topographic survey of the parcel and its approach, with spot levels, existing drains and the outfall the site can use.
- Construction set-out: Pile points, column grids, plinth and dock levels, yard and road levels, all from the same control.
- As-built and handover: Floor levels, dock heights, yard falls and buried services as built.
Logistics parks are rarely built in one go. A developer may build two sheds now and hold land for three more, each leased to a different tenant. Permanent control pillars, fixed at the start by DGPS against a base station outside the first phase, put every later shed, road and drain on the same base. Phase three then meets phase one without a step at the joint, and a buyer or lender can check any building against one register.
Levels, cut and fill on a warehouse pad
A level grid across the footprint shows where the pad needs filling and where it needs cutting, and how much earth moves overall. On flat NCR land the numbers are small per point but large in total, because they apply over many acres. The grid also tells the designer whether raising the whole pad to clear flood level is affordable or whether the yard should take the fall instead.
On a real site the grid is denser and backed by a contour plan, so the designer can compare earthwork volumes for two or three pad levels before committing.
Floor flatness, docks and racking
Floors and docks are where tenants judge the build, and both depend on accurate levels. Dock levels suit the tenant's trucks, commonly around 1.2 m above the apron, with dock levellers for fine-tuning. Narrow aisle racking needs far flatter floors than ordinary sheds, often specified to a standard such as ASTM E1155. We survey slab levels on a grid after casting to show high and low zones; specialist profiling for racking aisles comes from the flooring contractor's own testing.
Truck access, yard drainage and the approach road
A warehouse lives or dies by how easily a trailer gets in, turns and leaves. We survey the gate, approach road and junction, including kerbs, culverts, poles and trees that limit turning. Yards fall away from the dock face to drains, and the roof's rain must go somewhere, so the external drain level and capacity matter as much as the slab. On logistics belts from the KMP Expressway in Haryana to Bhiwandi, Chakan and Hoskote, the public drain often sits higher than the land. That forces an early decision on pad height or pumping.
Overhead lines and buried services
Farmland converted to warehousing often carries high tension lines, irrigation pipes and tube well cables, and frontage roads carry public mains. Overhead lines are recorded with tower positions and conductor heights. Before excavation, a scan along the frontage, gate and pile area catches the water main, telecom duct or cable missing from every plan. Our pre-excavation scanning details set out the process, and you can read more on GPR survey deliverables to see the scan drawing.
What you receive at each stage
A drawing and data set per stage, all in the same coordinates.
| Stage | Main outputs | Format |
|---|---|---|
| Due diligence | Boundary vs papers, access, lines crossing the land | DWG + PDF, KMZ |
| Design survey | Levels, contours, drains, outfall, earthwork volumes | DWG, CSV, DEM |
| Utility scan | Buried services at frontage, gate and pile zone | DWG layer + report |
| Construction | Set-out records, pile deviations, level checks | PDF sheets + CSV |
| Handover | As-built floor, dock and yard levels, buried services | DWG + PDF |
Table note: the handover drawing is a full measured record; see when you need an as built survey for its scope and price basis.
Rates, an example and timing
Each stage is priced on its own basis, so you can order them as the project moves. Exclusive of GST:
- Topographic survey: ₹4,000 per acre for the first 10 acres and ₹2,500 for each acre after that, minimum ₹15,000.
- Drone survey with contours: from ₹40,000 per site up to 25 acres, then ₹1,500 per extra acre.
- Construction set-out: ₹8,000 per crew-day, or ₹1,20,000 per month for a full-time site surveyor with instrument.
- As-built survey: from ₹20,000 up to 5,000 sq m, then ₹3 per sq m.
- GPR scan before excavation: ₹24 per metre, minimum ₹50,000 in Delhi NCR and ₹1,00,000 elsewhere.
Example: a 20-acre parcel surveyed on the ground costs 10 × ₹4,000 + 10 × ₹2,500 = ₹65,000. Drone mapping keeps it within the ₹40,000 base, with ground checks on flat land. Field work takes two to four days, with drawings within three working days. NCR crews reach site the same day or within 1 working day; in another state, our surveyor based nearby starts immediately or by the next working day. Any mobilisation or travel cost, if applicable, is shown in the quote. Send the land location and your layout stage to contact our survey team.
Frequently asked questions
When should the first survey be done?
Before you sign for the land. A boundary survey with an access check is cheap compared with discovering a high tension line or a short frontage after purchase.
Can a drone survey replace ground levels for the pad design?
On open land with ground control, a drone model is accurate to a few centimetres in height. On flat sites we add ground check levels.
Do you measure floor flatness for racking?
We survey slab levels on a grid. Specialist FF/FL profiling for narrow aisles comes from the flooring contractor's testing team.
What dock height should we plan?
That depends on the tenant's fleet; around 1.2 m above the apron is common, with dock levellers covering the variation.
Is a utility scan needed on greenfield land?
Yes, along the frontage and gate at least, and across any old farm structures. Read more on Call before You Dig in India for the alert step outside your boundary.
Can one surveyor stay on site through construction?
Yes, at ₹1,20,000 per month with an instrument, which suits large sheds with continuous set-out work.
Get a written quote for your warehouse site
Services for warehouse projects
Written by Saniya Parveen · Technically reviewed by Rahul Rai · Updated 8 November 2026