Pole modeling
3D representation of utility poles, conductors, communications cables, attachments, and guying arrangements.
O-Calc Pro / telecommunications infrastructure
Pole loading.
Technical detail.
Clearer insight.
Practical pole-loading experience, from overhead configuration modeling to analysis documentation, quality control, and custom technical reporting.
10 years of O-Calc Pro experience
Explore selected work
Professional experience
Engineering knowledge.
Practical production experience.
Ten years working with O-Calc Pro across telecommunications pole-loading assignments, supported by source-data interpretation, technical documentation, and team coordination.
Pole loading analysis
Model preparation, analysis documentation, and review of capacity and load-summary outputs.
Make-ready support
Existing and proposed configuration review and technical documentation for overhead attachment work.
Source-data interpretation
Field data, power maps, fiber records, and supporting drawings reviewed as inputs to the modeling workflow.
Custom reporting
Tool-assisted preparation of consistent, reviewable tension-sag charts and supporting report information.
Quality & coordination
Technical checks, revision coordination, documentation review, and practical problem-solving.
PROJECT EXPERIENCEFTTH · FTTP · Lightgig · ASE · BAU · A2U · Feeder · Relocation · Joint-use attachment work
Selected 3D configurations
Different structures.
A consistent modeling discipline.
Original O-Calc Pro work samples show overhead cable arrangements, attachments, and guy systems. Each view is presented at its original aspect ratio.
New cable installation
A utility-pole configuration for proposed cable installation, showing how the attachment relates to the existing overhead network.
Guyed tangent structure
A more involved configuration with multiple overhead cable directions, attachments, equipment, and guying elements.
Guyed tangent with support system
A detailed view of the pole, overhead conductors, communications attachments, and supporting guy arrangement.
Angle structure
An angle configuration showing overhead attachments and the relationship between the pole and its guying arrangement.
Multi-pole structure
Multiple poles.
One connected overhead context.
A multi-pole O-Calc Pro view showing adjacent pole positions and the relationship between overhead cable paths and attachment geometry across the structure.
Multiple-pole structure view
Representative 3D view cropped from the supplied report. Report headers, pole identification numbers, and project file identifiers are excluded.
What this view communicates
Structure relationships at a glance.
The view presents several pole positions within the same overhead context, helping communicate cable direction, relative attachment geometry, and how the modeled structures relate to one another.
01Adjacent pole positions
02Shared overhead cable paths
03Relative attachment geometry
Representative supplied model view. Identifiers are intentionally omitted; this portfolio is not a stamped engineering report or independent certification.
Analysis documentation
Reported results.
Clearly communicated.
Selected values transcribed from the supplied analysis reports into a consistent, anonymized format. These are example-specific outputs, not newly calculated results.
Guyed tangent
68.9%
Reported maximum pole capacity utilization
- Report code
- NESC
- Pole length
- 40 ft
- Pole class
- Class 2
Guyed tangent
22.7%
Reported maximum pole capacity utilization
- Report code
- GO 95
- Pole length
- 45 ft
- Pole class
- Class 4
Angle structure
74.2%
Reported maximum pole capacity utilization
- Report code
- GO 95
- Pole length
- 50 ft
- Pole class
- Class 3
Values apply only to these supplied report examples. Their inclusion is not an independent engineering verification or a claim about all projects. Source files have not been recalculated for this portfolio.
Custom technical deliverables
Tension & sag.
A clearer reporting workflow.
Customer-requested reporting, supported by tools that reduce repetitive preparation and standardize how technical information is presented.
Custom report excerpt
Span geometry and cable behavior, together.
The supplied chart presents nominal, minimum-temperature, and maximum-temperature curves with related sag, tension, and percent rated tensile strength values.
A consistent format supports review across reporting variants for power, communications, and CATV workflows.
Span reference
Nominal condition
Minimum-temperature condition
Maximum-temperature condition
Actual supplied chart excerpt. Endpoint labels are generalized. No measured time-saving percentage or unique-span count is claimed.
Quality & delivery
Structured inputs.
Traceable technical work.
Practical automation supports repeatable production tasks. Technical judgment and human review guide the decisions that affect the deliverable.
Review inputs
Check the available field records, pole information, cable data, and project-specific requirements.
Model the configuration
Represent the overhead arrangement and review attachment, geometry, and guying inputs.
Analyze & document
Review analysis outputs and assemble the required technical reporting.
Check & coordinate
Review consistency, address discrepancies, and coordinate revisions before delivery.
Pole loading / modeling / reporting
Bring clarity to your next assignment.
Start with the available field data, source records, required technical criteria, and expected deliverables.