Composite Utility Poles

Engineered to Endure

High performance composite utility poles engineered for stronger, safer, and more reliable electric grids.

Global Reach

Composite Utility Poles Built for the Modern Grid

RS | Resilient Structures partners with utilities around the world to deliver advanced composite utility poles engineered for long-term reliability, resilience, and cost-effective performance.

With structures deployed by over 500 utilities in more than 30 countries across five continents, RS has partnered with the transmission and distribution industry for decades.

Utilities Served
Countries
Continents
Composite Utility Poles Built
Strategic Use Cases

Where Composite Poles Create the Most Value

RS composite poles deliver strong long-term value when strategically deployed in high-risk assets, maintenance-intensive structures, and areas where reliability challenges have the greatest impact.

Critical Structures & Circuits

Help protect essential services, high-value equipment, and critical circuits where failure can create costly outages and complex restoration.

High-Cost Installations

Support long-term reliability in rear easements, remote terrain, wetlands, marine environments, and other hard-to-access areas where future site visits are costly.

Extreme Environments

Resist wildfire, hurricanes, ice, moisture, corrosion, pests, and other harsh conditions that can shorten the life of traditional materials.

Field Performance

Performance by Design

From severe weather exposure to long-term field performance, RS poles are engineered to help utilities reduce risk, improve restoration outcomes, and support dependable service.

Built to Strengthen the Grid Where Failure Matters Most
Grid Resiliency

Built to Strengthen the Grid Where It Matters Most

RS composite poles help utilities strengthen the parts of the system where failure has the greatest impact. With proven performance in extreme conditions, RS poles help reduce initial system failures, restoration time, and associated outage costs.

Reduce outage risk

Harden vulnerable structures and circuits before failure occurs.

Protect critical assets

Safeguard transformers, conductors, and essential equipment.

Improve restoration outcomes

Structures that hold up reduce repair complexity and recovery time.

Support grid hardening programs

Designed to meet the demands of long-term reliability and resilience initiatives.

Performance by Design

Designed for Smarter Transportation and Installation

RS poles are built from lightweight, modular sections that give utilities more flexibility in how poles are transported, staged, assembled, and installed.

Smarter Transportation

Nesting modules can simplify shipping, staging, and emergency deployment.

Installation Flexibility

Poles can be assembled on the ground, set in sections, pre-drilled, or prepared for faster installation.

Hard-to-Reach Locations

Lightweight sections can support installation in remote, rear easement, wetland, and other difficult-access areas.

Designed for Smarter Transportation and Installation
Technology Suite

Proprietary Technology Built for Strength, Protection, and Longevity

The RS Technology Suite brings together advanced composite engineering, precision manufacturing, and integrated protection systems to support long-term pole performance in demanding environments.

Resilience Factor

Engineered reserve strength helps RS poles withstand extreme loads and return to shape after stress.

DuraWOUND™

Precision-applied filament windings create a dense, uniform composite structure with strong wall performance and impact resistance.

DuraBOND™

Integrated finish technology helps protect against UV exposure, moisture, abrasion, fading, and long-term wear.

Proprietary Technology Built for Strength, Protection, and Longevity
Long-Term Value for Today’s Utility Challenges
Long-Term Value

Long-Term Value for Today’s Utility Challenges

RS composite utility poles are designed to help utilities reduce lifecycle costs, improve reliability, support safe field work, and extend performance in challenging conditions.

  • Lowest total cost of ownership
  • Best-in-class materials
  • Precision manufacturing
  • Surface protection and field appearance
  • Proven work practices
  • Safe and efficient in the field
  • Lightweight handling
  • High structural reliability
  • Corrosion, rot, and pest resistance
  • Fire-resistant performance

Strengthening the World’s Electric Grids Through Engineered Performance

Helping utilities build reliable networks that protect communities, enhance safety, and stand strong in demanding conditions.