Terrain & Elevation
Topography, slopes and elevation changes.
Tower Spotting
Optimize Tower Locations. Reduce Cost. Ensure Reliability.
Tower spotting balances terrain, clearances, access, earthworks, structural demand and project cost to determine efficient tower positions.
Optimal AlignmentEnsure SafetyCost EffectiveHigh Accuracy
Optimal AlignmentBest route and positions
Ensure SafetyClearance compliance
Cost EffectiveReduced earthworks
High AccuracyReliable coordinates
Key Considerations
Route, terrain, environmental and construction constraints are reviewed together.
River & Road Crossings
Clearance and special-span requirements.
Environmental Constraints
Protected areas and land-use restrictions.
Soil & Foundation Feasibility
Bearing capacity and foundation practicality.
Construction Access
Access roads, erection and maintenance needs.
Economic Assessment
Earthworks, tower weight and total project cost.
Tower Spotting Workflow
A transparent, review-driven process from project input to final delivery.
01Data CollectionRoute, terrain and constraints
02Route ReviewAssess alignment alternatives
03Terrain AnalysisTopography and land use
04Preliminary SpacingSet initial tower positions
05Spotting & AdjustmentOptimize spans and locations
06Cost EvaluationEarthwork and construction cost
07Final CheckSafety and compliance
08Deliver ReportPlan, profile and coordinate list
Input Data
- Topographic survey and DEM
- Route alignment and constraints
- Design criteria and standards
- Environmental and property boundaries
- Geotechnical and access information
Output Deliverables
- Tower spotting plan & profile drawings
- Tower coordinate list (Excel / CSV)
- Earthwork quantity estimation
- BOQ and cost assessment
- Clearance verification summary
11.0 kmExample Line Length
12Tower Count
305 mAverage Span
18,450 m³Estimated Earthwork
Standards & Software
PLS-CADDAutoCAD Civil 3DGoogle Earth ProArcGISQGIS
Optimize Tower Locations. Reduce Cost. Ensure Reliability.
Share your project requirements with our engineering and sales team.