Why Helipole?

Manufactured with non-conductive and hydrophobic material, Helipole composite poles reduce the risk of second point contact injuries, eliminate electrical tracking and help prevent arcing due to lighting or switching.

Our composite poles can absorb significant elastic strain energy in high load situations like hurricanes, tornadoes and seismic events. All our poles are engineered to withstand sustained winds as per customer specification.

Helipoles can be installed easily with minimal crew and without any heavy machinery. Burial poles can be directly buried into almost any soil type.

Helipoles are hydrophobic and will not rot or corrode. This allows for excellent wet area and coastal performance as well as resistance to salt and chemicals.

Helipoles are easy to transport to your installation site, and individual composite poles may be lifted and carried by your crew into hard to reach locations.

Our poles are made of monolithic laminate with embedded UV protection which cannot be scratched or flaked off. This results in extended life expectancy

Helipoles require no scheduled maintenance, no preservative treatments or repainting. Significant operational savings are achieved and pole replacement frequency is reduced. Inspections are faster and non-invasive compared to steel or concrete poles.

Continuous fiber glass roving's are extremely strong and also have the advantage of absorbing significant elastic strain. This high strength material is impregnated with resin and wound at calculated angles onto a rotating mandrel, the layers creating an ultra strong honeycomb like structure

High performance advantages of advanced composites dramatically extend the life of Helipoles when compared to steel or concrete. Based on lifecycle costs, Helipoles deliver lowest ownership cost, based on lifecycle cost calculations