Gorilla Netting
Resource Guide

Sports Netting Installation Process

How turnkey netting systems move from scope and engineering to poles, cables, panels, and final handoff.

This guide summarizes Gorilla Netting's field process for sports and barrier netting. For how we work with owners from first inquiry through warranty, see our process overview.

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Step 1 — Site Assessment and Measurement

A qualified estimator measures the perimeter, checks soil conditions, surveys wind exposure, identifies obstacles (power lines, trees, adjacent structures), and assesses site access for equipment. This can be done in person or using remote tools. A formal on-site verification occurs before project commencement.

Step 2 — Engineering and Permitting

For taller systems (typically 30'+), stamped engineering drawings are required. Engineering typically takes 3–4 weeks and supports permit applications. Permitting is usually handled by the property owner or general contractor; we provide documentation needed to support the process.

Step 3 — Material Selection

Material selection is confirmed based on sport, height, climate, budget, and engineering requirements. Pole type (wood vs. steel), netting grade, and cable specifications are finalized.

Step 4 — Pole Setting

Holes are drilled/augered to engineered depth. Poles are set and backfilled (steel systems commonly use 2,500 PSI concrete). Larger staged steel projects require more time; cure timelines depend on scope and conditions.

Step 5 — Cable Installation

Horizontal cable assemblies are installed and tensioned between poles. Cables are the structural backbone of the system. Upper support cables are installed for larger systems; netting fields should be supported approximately every 1,300 square feet.

Step 6 — Netting Installation

Net panels are unrolled and attached to cables with snap hooks at regular intervals. Sides are laced to poles. Wind lines may be added at height increments, and long runs are typically terminated and restarted in sections to control tension and serviceability.

Step 7 — Tensioning and Inspection

Netting is tensioned and checked for sag, gaps, and weak points. Structural hardware is inspected and the system is reviewed for quality before handoff.

Step 8 — Project Handoff

Site is cleaned, documentation is provided, and a client walkthrough is conducted. The 5-year full coverage warranty begins at handoff.

Typical project timeline

Timelines vary by project size. Permitting and engineering are usually the longest phases for larger systems.

Phase
Typical duration
Notes
Site Assessment
1–2 days
In-person or remote evaluation
Engineering
3–4 weeks
Stamped drawings for 30'+ systems
Permitting
Varies
Typically property owner/GC responsibility
Pole Setting
1–3 days to 2–3 weeks
Depends on size, pole type, and site conditions
Cable + Netting
3–7 days to 1–2 weeks
Installation and tensioning
Inspection + Handoff
1–2 days
Walkthrough; warranty begins