RF Armor designs carrier-class RF shielding solutions for Wireless Internet Service Providers (WISPs) and network operators deploying fixed wireless infrastructure. Since 2009, the company has specialised in shielding kits that reduce RF interference, improve signal quality, and protect outdoor wireless equipment operating in demanding environments. Their products are widely used with Ubiquiti wireless platforms and are engineered to improve network efficiency without changing the underlying radio technology.

As wireless networks become denser, interference between colocated radios can significantly reduce throughput and increase retransmissions. RF Armor shielding kits are designed to minimise these effects by reducing front-to-back noise, limiting unwanted RF emissions, and improving antenna isolation. The result is a lower noise floor, improved signal-to-noise ratio (SNR), more effective channel planning, and higher sustainable wireless data rates.

Manufactured from marine-grade aluminium, RF Armor shield kits are built to withstand prolonged outdoor exposure while also protecting radios, jumpers, and antenna components from UV degradation and harsh weather conditions. Their chamber-tested and field-proven designs help extend equipment lifespan while maintaining consistent wireless performance in high-interference environments.

Why Choose RF Armor?

• Reduces front-to-back RF noise and unwanted interference
• Improves signal-to-noise ratio (SNR)
• Supports more efficient channel planning for dense wireless deployments
• Lowers retransmissions and packet errors
• Increases sustainable throughput and wireless performance
• Protects radios and cabling from UV exposure and environmental conditions
• Marine-grade aluminium construction for long-term outdoor durability
• Compatible with selected Ubiquiti dish and sector antennas

Typical Applications

• RF Armor products are suitable for:
• WISP tower deployments
• Multi-sector base stations
• High-density wireless sites
• Point-to-point and point-to-multipoint wireless links
• Colocated radio installations
• Networks requiring improved RF isolation and spectrum efficiency