Ubiquiti airMAX 5 GHz 30 dBi RocketDish LW (RD-5G30-LW)

The Ubiquiti RD-5G30-LW (Lightweight) is a carrier-class parabolic dish antenna engineered to anchor high-performance, long-distance Point-to-Point (PtP) bridges. As a definitive performance essential for networking in Kenya, this antenna provides a powerful 30 dBi gain, enabling stable wireless links that can exceed 30 km to 50 km when paired with Rocket radios. The “LW” designation signifies a refined, lightweight mechanical design that reduces wind loading and simplifies tower installation without sacrificing the industrial-grade durability required for harsh environments. Featuring an extended reflector depth for superior noise rejection, the RD-5G30-LW is the premier choice for ISPs and enterprises looking to establish high-capacity backhaul infrastructure with maximum spectral efficiency.

Features

• Lightweight, Robust Construction: Engineered with lighter components to reduce the load on mounting structures, making it a staple for efficient networking in Kenya deployments.
• High-Gain Directional Performance: Delivers a concentrated 30 dBi signal, optimized for long-range data transmission and carrier-class backhaul.
• Superior Noise Immunity: The enhanced dish depth rejects interference from co-located radios, ensuring cleaner signals in crowded RF environments.
• Seamless Rocket Integration: Features a built-in “snap-in” mount that allows for tool-free installation of RocketM5, Rocket 5AC, or Rocket Prism radios.
• Industrial Weatherproofing: Built to withstand wind speeds of up to 200 km/h (125 mph), ensuring 24/7 link stability in diverse climatic conditions.
• Precision Alignment: Includes a universal pole mount with ±15° elevation adjustment for fine-tuning signal strength across vast distances.

Ubiquiti airMAX RD-5G30-LW Technical Specifications

Pros & Cons

Pros

• Extreme Range: Capable of bridging networks over several kilometers with minimal signal loss.
• Reduced Tower Load: 25% lighter than the standard RD-5G30, significantly easing the installation process on towers.
• Plug-and-Play Design: No special tools are required to attach compatible Rocket radios.
• Cost-Effective Backhaul: Provides professional-grade Point-to-Point networking in Kenya at an accessible price point.

Cons

• Large Physical Footprint: The 650mm diameter requires adequate space and robust mounting poles.
• Narrow Beamwidth: Requires precise professional alignment; even minor shifts can degrade the link quality.

Ubiquiti airMAX RD-5G30-LW Price Variation

Suitable Users

• Wireless ISPs (WISPs): Ideal for establishing high-capacity backbone links to distribute bandwidth to remote towns and villages.
• Enterprise Backhaul: Perfect for connecting remote branch offices or campus facilities with high-speed networking in Kenya.
• CCTV & Surveillance: Ensures reliable data transmission for remote monitoring stations over extended distances.
• Rural Connectivity: A reliable solution for bridging the digital divide in areas where fiber infrastructure is unavailable.

Ubiquiti airMAX RD-5G30-LW Requirements

• Ubiquiti airMAX 5GHz 30dBi RocketDish Lightweight (RD-5G30-LW)
• Ubiquiti RD-5G30-LW RocketDish | Price & Specs in Kenya
• Establish long-range links with the Ubiquiti RD-5G30-LW. Features 30 dBi gain, lightweight design, noise immunity, and 200 km/h wind survivability. 1-year warranty. Buy in Nairobi.
• Ubiquiti RD-5G30-LW Kenya, RocketDish 30dBi Price Nairobi, 5GHz Parabolic Dish, PtP Wireless Bridge Specs, networking in Kenya.

Conclusion

The Ubiquiti airMAX RD-5G30-LW 5GHz 30dBi RocketDish is a definitive performance essential for building long-distance wireless bridges that require both extreme gain and industrial reliability. By optimizing the weight and reflector depth, it effectively overcomes the physical and environmental challenges typically associated with large-scale antenna deployments. Whether you are scaling a rural WISP network or securing a critical enterprise backhaul, choosing the RD-5G30-LW ensures that your networking in Kenya infrastructure is defined by record-breaking reach, superior noise immunity, and unmatched stability for years to come.