Short and Exact Specifications – Ubiquiti RocketDish 5G30 (RD‑5G30)
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Frequency: 4.9–6.4 GHz 
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Gain: 30 dBi 
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Beamwidth: 5.5° (horizontal and vertical) 
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Front-to-Back Ratio: 28 dB 
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Polarization: ±45° dual linear 
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Wind Survival: 200 km/h 
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Mounting: Pole or mast mount with included hardware 
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Material: UV-stable fiberglass reflector 
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Dimensions: 990 mm diameter 
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Weight: ~7.3 kg 
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Operating Temp: –40°C to 60°C 
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Model Number: RD‑5G30 
Achieve Long Links with the RocketDish 5G30 RD‑5G30 High‑Gain Dish
The Ubiquiti RocketDish 5G30 RD‑5G30 is a high-gain dish antenna built for long-distance wireless links. It uses the 5 GHz band and focuses signals into a tight beam. This helps you send internet over far distances with less interference.
This dish is perfect for:
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Long point-to-point connections 
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High-capacity uplinks where cables cannot reach 
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Outdoor wireless backhaul 
Clean Design of the RocketDish 5G30 RD‑5G30 High‑Gain Dish
The RocketDish 5G30 RD‑5G30 has a smooth fiberglass surface and low wind profile. It is:
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Almost 1 metre across (990 mm) 
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Lightweight at about 7.3 kg 
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Easy to mount using included pole hardware 
It looks clean and works well in outdoor setups.
Focused Signals with the RocketDish 5G30 RD‑5G30 High‑Gain Dish
This dish delivers:
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30 dBi gain to boost signal strength 
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5.5° beamwidth to focus the signal tightly 
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28 dB front-to-back ratio to block unwanted noise 
These features help create strong, clear links even in busy wireless areas.
Tough Build of the RocketDish 5G30 RD‑5G30 High‑Gain Dish
The RocketDish 5G30 RD‑5G30 is built to stand up to the weather:
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Winds up to 200 km/h 
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Temperatures from –40°C to 60°C 
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UV-stable materials to resist sun damage 
You can rely on it in any climate.
Easy Setup for the RocketDish 5G30 RD‑5G30 High‑Gain Dish
Setup is simple:
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Attach it to a mast or pole 
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Align it with your partner device 
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Use a high-power radios like Rocket or airFiber 
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Secure it for wind resistance 
With the right gear, it’s fast to install and aim.
Flexible Mounting with the RocketDish 5G30 RD‑5G30 High‑Gain Dish
The dish supports both:
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Pole-mount setups 
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Mast-mount options 
This lets you adjust height and direction to get the best signal.
Ideal Use Cases for the RocketDish 5G30 RD‑5G30 High‑Gain Dish
This dish is great for:
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Service providers delivering broadband links 
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Campuses connecting buildings without fiber 
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Rural networks reaching distant homes 
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Backhaul links for bigger wireless systems 
It fits any situation where strong long-range links are needed.
Exceptional Performance with the RocketDish 5G30 RD‑5G30 High‑Gain Dish
Use this dish with high-power radios (like Rocket AC or airFiber) and you’ll get:
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Stable links over many kilometres 
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High-speed transfers for video and files 
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Low interference thanks to tight beamwidth 
This makes it a powerful tool for reliable connections.
Weatherproof Reliability with the RocketDish 5G30 RD‑5G30 High‑Gain Dish
The dish is made for the outdoors:
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UV-resistant fiberglass won’t crack 
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Metal mount holds up to wind 
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Sealed components protect electronics 
This gives you peace of mind in tough climates.
Why Choose the RocketDish 5G30 RD‑5G30 High‑Gain Dish
Pick this antenna if you want:
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Long-distance links with 30 dBi gain 
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Clear, tight beam coverage 
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Rugged weatherproof build 
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Easy setup with included hardware 
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Smooth integration with Ubiquiti radios 
It gives you high-performance wireless with ease.
Build Strong Links with the RocketDish 5G30 RD‑5G30 High‑Gain Dish
The Ubiquiti RocketDish 5G30 RD‑5G30 High‑Gain Dish is a top-tier antenna for long-range wireless. With high gain, focused coverage, and a tough build, it’s ideal for outdoor backhaul, rural links, and campus networks. Strong performance, simple installation, and reliability make it a great choice for any serious project.
| Shipping Cost |  | 
| Shop Location | Kenya | 

 
                                     
                                             
                                     
                                             
                                     
                                             
                                     
                                             
                                            