Centimetre-accurate measurement of land boundaries, elevations, and spatial features using GNSS, robotic total stations, and differential leveling — the foundation of every engineering, legal, and construction project.
Land surveying is the science and art of accurately determining the position, dimensions, and spatial relationships of points, lines, areas, and volumes on or near the Earth's surface. Every construction project, property transaction, and infrastructure development starts with a precise survey.
Planora's survey teams combine multi-constellation GNSS/GPS receivers with high-precision robotic total stations and auto-levels to deliver positional data that meets the most demanding engineering tolerances — down to ±3mm in controlled conditions.
We are registered surveyors under the Maharashtra Surveyors Act and hold national licences for cadastral, engineering, and hydrographic surveys. All our survey reports include full uncertainty analysis and are court-admissible for boundary dispute resolution.
Planora has completed over 200 major survey projects covering highways, urban areas, farmland, rivers, and mine sites — with zero tolerance for boundary errors.
Legal demarcation of land parcels for registration, revenue records, and dispute resolution with sub-decimetre accuracy.
Detailed measurement of ground elevation, slope, drainage, and surface features for engineering design and grading.
Precision layout of building footprints, foundations, columns, alignments, and setbacks from design coordinates.
Corridor surveys for roads, railways, pipelines, and transmission lines — longitudinal profiles, cross-sections, and L-sections.
Bathymetric mapping of rivers, lakes, reservoirs, and coastal waters for flood modelling, dredging, and irrigation.
Post-construction verification of built features against design drawings for compliance, handover documentation, and BIM integration.
Periodic volumetric surveys of quarries, open-cast mines, and stockpiles using total station and GNSS methods.
Precise mapping of underground utilities, overhead lines, and infrastructure assets for GIS integration and maintenance.
We review client requirements, existing maps, and legal documents. We then design an optimal control network to meet accuracy specifications at minimum cost. Reference benchmarks and existing geodetic control are integrated.
Survey teams inspect the project area, identify access constraints, obstacle zones, and establish intervisibility for control stations. Local permissions and safety briefings are completed.
High-order GNSS static observations are used to establish primary control points with sub-centimetre accuracy. Points are permanently marked with brass discs or concrete pillars and fully documented.
Secondary control and detail survey using RTK GNSS, robotic total stations, and auto-levels. All observations are recorded in real-time field data collectors with redundant measurements and QA checks.
Least-squares network adjustment in Trimble Business Center. DTM generation, contour interpolation, parcel area computation, and boundary coordinate calculation are completed to survey-grade standards.
Independent QA check by a senior surveyor. Final deliverables are compiled — CAD drawings, survey report, coordinate files, and accuracy certificates — and delivered via our secure client portal.
Our streamlined workflow from field acquisition to final CAD drawings minimises downtime and ensures your project stays on schedule.
Multi-constellation RTK receiver for centimetre-accuracy field surveys in any sky conditions using ProPoint GNSS engine.
±8mm H / ±15mm V RTKHigh-precision robotic total station with 0.5" angular accuracy and ATRplus for one-person surveying productivity.
Angular: 0.5" | EDM: ±0.6mm+1ppmOne-man robotic total station with long-range ATR for construction stakeout and topographic detail surveys.
Angular: 1" | Range: 500mHigh-precision digital level for precise leveling networks and benchmarking with electronic staff reading.
±0.4mm/km standard deviationProfessional survey CAD and data processing software for network adjustment, DTM creation, and volume calculation.
Least-squares network adjustmentIndustry-standard civil engineering CAD for producing survey drawings, alignments, cross-sections, and grading designs.
DWG / DXF output