Ubiquiti airMAX AC 5 GHz 31 dBi RocketDish RD-5G31-AC in Dubai, UAE
A high-gain dual-linear dish antenna for planned outdoor point-to-point links, building-to-building connectivity and wireless backhaul where precise alignment, a compatible Rocket radio and a verified link budget are essential.
Plan the complete link
Share the path distance, coordinates, required capacity, mounting height and endpoint details for model and accessory guidance.
Direct answer for buyers
The RD-5G31-AC is an outdoor 5 GHz parabolic dish antenna, not a complete wireless bridge by itself. It is mainly used to concentrate radio energy into a narrow path for point-to-point connectivity between two locations. Organisations considering it should have a clear or engineered line of sight, suitable mounting positions and a compatible 5 GHz Rocket radio at each endpoint. Before proceeding, confirm the path profile, legal frequency and transmit-power limits, desired throughput, radio choice, pole and bracket requirements, grounding, cabling, lightning protection, wind loading and installation access. Final range and capacity cannot be established from antenna gain alone; they depend on the whole link design and the surrounding RF environment.
What the RD-5G31-AC does
The antenna shapes and focuses the signal from a compatible 5 GHz radio into a highly directional beam. This helps an engineered wireless bridge place more useful signal toward the remote endpoint and receive less energy from directions outside the intended path. In practical projects, that directional behaviour can be valuable when connecting two buildings, extending a network to a remote facility or creating a dedicated backhaul path where trenching fibre would be difficult.
It does not provide Ethernet ports, routing, switching, security policy, PoE power or wireless modulation on its own. Those functions belong to the selected radio and the wider network design. Treat the dish, radio, mounting system, cabling, grounding and configuration as one coordinated endpoint rather than separate purchasing decisions.
Who should consider it
The model may suit wireless internet service providers, system integrators, logistics sites, educational campuses, industrial compounds, hospitality properties, utility locations and businesses that need a fixed outdoor link between known points. It is most relevant where a narrow-beam, high-gain antenna is appropriate and where trained installers can carry out mounting, alignment and RF commissioning.
It is less suitable for general indoor Wi-Fi, broad outdoor hotspot coverage, mobile use, non-line-of-sight paths or projects that need an all-in-one radio and antenna. Buyers looking for a simpler integrated endpoint may need to compare other Ubiquiti bridge products before choosing a separate Rocket radio and RocketDish combination.
Business challenges and the design response
Fibre is unavailable or delayed
A planned point-to-point wireless bridge may provide an alternative path between buildings while civil works, permits and distance make new cabling difficult. The link still needs capacity, availability and regulatory evaluation.
The path requires focused gain
The 31 dBi dish concentrates energy toward a remote endpoint. Correct alignment and a clean Fresnel zone remain essential; high antenna gain does not overcome physical blockage or poor installation.
RF noise affects reliability
A directional antenna can limit reception from unwanted directions, but channel planning, radio settings and measured spectrum conditions determine the final outcome. Noise should be assessed at both endpoints.
Outdoor mounting has structural demands
The dish and mount weigh 7.6 kg, and official wind loading reaches 1,028 N at 200 km/h. The pole, roof, tower and fixings therefore need appropriate structural review.
Core capabilities in the antenna system
High directional gain
The verified 31 dBi gain supports focused point-to-point link design. Actual usable distance must be calculated rather than assumed.
Dual-linear polarisation
The antenna supports a dual-linear arrangement for compatible 2×2 radio systems. Correct RF connections and polarisation alignment are required.
Outdoor mounting package
A universal pole mount, Rocket bracket and weatherproof RF connectors are included according to current official specifications.
Mechanical resilience
The official wind-survivability figure is 200 km/h, subject to correct mounting and a supporting structure designed for the stated load.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Long-distance fixed link | Both endpoints are fixed and the path has suitable line of sight. | Link budget, Fresnel clearance, rain fade margin and legal EIRP. |
| Separate radio and antenna | The project benefits from selecting a Rocket radio independently. | Exact radio compatibility, RF jumpers, power and firmware support. |
| Exposed rooftop or tower | A certified structure and trained installer are available. | Wind load, pole diameter, corrosion conditions, grounding and access. |
| High-interference area | A narrow directional pattern can be aligned away from some noise sources. | Measured spectrum, channel availability and co-location design. |
Compatibility and dependency notice
The RD-5G31-AC is an antenna. A functioning link requires a compatible 5 GHz radio, appropriate PoE power, outdoor-rated shielded cabling, grounding, surge protection, a remote endpoint and network configuration. Ubiquiti documentation historically positions this dish for integration with Rocket radio platforms, but buyers should confirm the exact radio model, mechanical fit, connector arrangement, supported firmware and regional radio rules at the time of quotation. Do not assume that every Rocket product, every 5 GHz radio or every regional version is interchangeable.
Link throughput is radio dependent. Range is path dependent. Spectrum availability is region dependent. Mounting suitability is site dependent. Installation scope is quotation dependent. FourTeck can review these dependencies, but a proper site survey or at least accurate coordinates, elevations and obstruction data may be needed for a defensible design.
From requirement to commissioned link
Define the business need
State what traffic will cross the link, required capacity, service criticality, VLAN or security needs and whether an alternate path exists.
Model the radio path
Use endpoint coordinates, mounting heights, terrain, clutter and Fresnel-zone clearance to determine whether the path is viable.
Select radio and accessories
Choose the compatible radio, PoE equipment, cables, surge protection, poles, brackets and network-side components as one bill of materials.
Install and align
Secure the supporting structure, ground the system, weather-seal connections and align both dishes using suitable instruments and radio data.
Test and document
Record signal levels, noise floor, modulation, throughput, latency, configuration, cable paths and final mounting details for support.
Focused gain and link-budget discipline
A 31 dBi antenna is useful because it concentrates transmitted and received energy in a narrow direction. That gain can improve the link budget, but it also makes alignment more sensitive. A small angular error can reduce received signal, and movement in a weak support structure can create intermittent behaviour. The installation team should therefore treat the dish as precision outdoor equipment rather than a general-purpose Wi-Fi accessory.
A complete link budget should account for radio transmit power, antenna gains at both ends, RF cable and connector losses, path loss, fade margin, receiver sensitivity at the target modulation, local maximum EIRP and environmental effects. The highest modulation rate is not always the right design target. A business-critical link may benefit from a larger fade margin and a conservative capacity commitment. FourTeck can use the buyer’s path and capacity information to help frame the correct product discussion, but final RF engineering may require a survey and site-specific calculations.
Clear line of sight alone is not enough. The Fresnel zone—the three-dimensional area around the direct path—also needs adequate clearance. Trees, cranes, rooftop equipment, future construction and terrain can affect this zone even when the remote site is visible. Buyers should provide accurate mounting heights and identify seasonal or planned obstructions. Where the path cannot be cleared, a different route, relay point, tower height or technology may be more suitable than simply increasing antenna gain.
Mechanical installation in demanding outdoor sites
The dish measures 748 mm across and has a stated weight of 7.6 kg with its mount. These dimensions make the structural design important. The official wind-loading value of 1,028 N at 200 km/h should be considered when selecting a pole, mast, tower face, wall bracket or rooftop frame. The supporting structure must resist rotation and deflection as well as vertical load. Even when the structure remains safe, small movements can disturb antenna alignment and degrade the link.
A qualified installer should review pole diameter, wall or roof anchoring, corrosion exposure, access for maintenance, cable strain relief and safe working conditions. Coastal and industrial environments may require additional attention to material compatibility and corrosion protection. Mounting to an unsuitable handrail, lightweight pole or decorative structure can create both performance and safety problems. Where structural approval is required, it should be completed before equipment is delivered to site.
Outdoor RF and Ethernet connections should be weather-sealed and arranged to prevent water migration. Cable routes should avoid sharp bends, unnecessary loops and exposure to mechanical damage. Grounding and surge protection should follow the equipment guidance and site electrical standards. The radio, PoE supply and connected network also need coordinated protection. These requirements should appear in the installation quotation rather than being left as assumptions after the antenna is purchased.
Interference, channel planning and operational visibility
The 5 GHz band can be busy in urban and commercial areas. The RD-5G31-AC’s directional pattern may help reduce energy arriving from outside the intended direction, but it cannot guarantee a clean channel. Spectrum should be measured at both endpoints and at the intended mounting height where possible. Noise can differ significantly between rooftops, sides of a building and tower levels.
Channel width affects the balance between capacity and resilience. A wider channel can support higher nominal throughput but is more likely to encounter interference and may reduce the available fade margin. A narrower channel may provide more stable operation in difficult spectrum, depending on the radio and traffic requirement. Regulatory requirements such as permitted channels, dynamic frequency selection and maximum transmit power must be followed for the deployment country.
After commissioning, the operations team should monitor received signal, noise floor, modulation, error rates, retransmissions, capacity and device health. Establishing a baseline immediately after installation helps distinguish gradual alignment changes, new interference and hardware faults. Where the link carries critical traffic, consider network monitoring, alerting and an alternate route. The antenna is one component of availability; redundancy, power continuity and management processes complete the design.
Suitable business environments
Campus building links
Connect administration, classrooms, accommodation or auxiliary buildings when a fixed path and suitable rooftop positions are available.
Warehousing and logistics
Extend network services between offices, yards and remote warehouse blocks without assuming that ordinary outdoor Wi-Fi can cover the distance.
Industrial and utility sites
Support telemetry, operational data or site connectivity where environmental, power and access requirements are addressed in the design.
Service-provider backhaul
Create planned fixed links between network points, subject to capacity engineering, channel coordination, tower loading and ongoing monitoring.
Hospitality properties
Link separate facilities, staff areas or remote structures where guest traffic, security segmentation and continuity requirements are defined.
Temporary project sites
Provide a fixed wireless path during construction or phased development when mounts, permissions and future relocation are planned carefully.
Integration and network-side considerations
A point-to-point link becomes part of the wider LAN or routed network. Before deployment, decide whether the radios will operate as a transparent bridge or participate in a routed design. Review VLAN transport, management addressing, spanning-tree behaviour, loop prevention, quality of service and security boundaries. A wireless bridge should not be inserted into a production network without understanding how broadcasts, failover and management access will behave.
Power is another design dependency. Confirm the PoE requirement of the selected radio, the power source at both endpoints, UPS capacity and safe indoor placement of injectors or switches. Outdoor cable length and grounding arrangements should be included in the drawing. Where the endpoint is on a tower or inaccessible roof, remote power control and resilient power may reduce maintenance visits.
Management and firmware policies should be agreed before commissioning. Use unique credentials, restrict management access, document software versions and test configuration backups. The RD-5G31-AC does not itself require a software subscription, but the selected radio platform and operational tools should be verified. Compatibility, lifecycle and available management functions can change by radio model, so the antenna purchase should not be separated from the radio decision.
Questions to resolve before requesting a quotation
What is the exact path?
Provide coordinates, distance, proposed mounting heights and any terrain or structures between the endpoints.
How much usable capacity is needed?
State normal and peak traffic, application sensitivity and future growth rather than relying only on internet circuit speed.
Which radio will be paired?
Confirm the exact Rocket model, region, firmware support, connector arrangement and PoE requirement.
Can the structure handle the load?
Review pole strength, wind exposure, anchoring, access, corrosion conditions and required approvals.
What installation work is expected?
Define whether the quotation should include survey, mounting, cabling, grounding, alignment, configuration and testing.
How critical is the link?
Determine whether UPS, monitoring, spare equipment, support response or a secondary path is required.
Procurement checklist
✓ Exact RD-5G31-AC quantity
✓ Compatible radio model and regional version
✓ Remote-end antenna and radio requirement
✓ Path coordinates and distance
✓ Required usable throughput and latency
✓ Mounting height, pole size and structural approval
✓ PoE source, UPS and cable length
✓ Outdoor shielded cable and surge protection
✓ Grounding and weather-sealing scope
✓ Spectrum survey and regulatory review
✓ Installation, alignment and testing services
✓ Monitoring, documentation and support expectations
FourTeck consultation and quotation assistance
FourTeck can help convert a product request into a more complete purchasing discussion. For this antenna, that normally means clarifying the path, expected traffic, compatible radios, mounting needs, power arrangement and installation scope. The aim is to reduce the risk of ordering a dish without the components or project information needed to make the link operational.
Buyers can share a basic requirement for an initial review or request a broader planning conversation. Useful information includes endpoint addresses or coordinates, approximate mounting heights, distance, available power, network interfaces, target throughput, redundancy expectations and preferred deployment timing. FourTeck can then coordinate model selection, accessory guidance and quotation preparation. Site-survey, installation and configuration activities should be listed explicitly in the quotation when required.
For broader infrastructure planning, explore FourTeck’s business technology product portfolio, review available technology services, or contact the FourTeck team with the project details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the RD-5G31-AC, the required Rocket radios and the supporting accessories. Product lead time can depend on quantity, current channel availability, regional version and vendor supply. Delivery and project coordination can be discussed after the exact endpoint bill of materials is confirmed. Warranty terms should also be checked against the specific source and quotation rather than assumed from listings in other countries.
FourTeck can coordinate requirements for organisations in Dubai, Abu Dhabi, Sharjah and Ajman through one combined project discussion. Installation or configuration support is not automatically included with a hardware quotation; request it as a defined scope when needed. Rooftop access, permits, lifting equipment, working-hour restrictions, structured cabling, grounding and network configuration can materially affect the project. Share these details early so the quotation can distinguish products, logistics and professional services clearly.
GCC availability
FourTeck can assist organisations planning RD-5G31-AC-based links across GCC markets by reviewing the intended path, matching the antenna with the correct radio and helping define the bill of materials for quotation. Requirements may involve the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but product and service conditions should be confirmed for the specific destination. Availability, allowed frequency use, radio region, delivery schedule, service-visit scope and vendor lead time can vary by country, model, quantity and project. Buyers should provide the destination country, required quantity, exact radio preference, link distance, installation location and expected timeline. Where installation support is requested, the quotation should also define site access, mounting structures, cable work, grounding, commissioning and documentation. For Kuwait-related coordination, buyers may also review FourTeck Kuwait technology support. No local inventory, customs outcome or fixed installation date should be assumed until the project and source are confirmed.
Africa availability
Organisations evaluating this RocketDish for links in Africa can contact FourTeck for product, accessory and deployment-planning guidance. The suitability of a 5 GHz point-to-point design depends on the destination, local radio rules, path conditions, mounting infrastructure, power quality, shipping arrangement and support expectations. FourTeck can help review exact quantities, compatible radios, PoE equipment, surge protection, cabling, spare strategy and configuration scope before a quotation is prepared. Buyers should share the destination country, endpoint coordinates, required throughput, preferred schedule and any onsite installation or remote commissioning needs. Conditions may differ across East Africa, West Africa, Southern Africa and Central Africa, so availability and fulfilment should be checked per project. For regional enquiries, visit FourTeck Africa, FourTeck Kenya or FourTeck Uganda. Local inventory, customs clearance, onsite coverage and delivery dates cannot be guaranteed without confirming the destination and full scope.
Related products and services to discuss
Compatible Rocket radio
The exact 5 GHz Rocket model must be selected and verified; radio throughput, management and PoE needs depend on that choice.
Remote endpoint equipment
A point-to-point link normally needs a coordinated antenna and radio at the far site, plus compatible network interfaces and power.
Outdoor protection components
Shielded cable, surge protection, grounding materials, weather sealing and UPS equipment should be included where the site requires them.
Survey and link planning
Path modelling, spectrum assessment and structural review can identify risks that product specifications alone cannot answer.
Installation and alignment
Professional mounting, grounding, radio configuration and alignment help turn the hardware into a measurable operational link.
Alternative bridge platforms
An integrated bridge or a different frequency may be preferable when the path, simplicity, capacity or spectrum conditions call for another design.
Why businesses contact FourTeck
Buyers often need more than a unit price. They need to know whether the selected antenna fits the path, which radio belongs with it, what accessories are missing and how the endpoint will be installed. FourTeck can support requirement clarification, model review, bill-of-material guidance, quotation coordination, installation planning and configuration scoping without presenting uncertain project assumptions as confirmed facts.
This approach is useful for procurement teams that need a traceable equipment list and for technical teams that want purchasing decisions aligned with the intended design. It also helps identify responsibilities: who supplies the poles, who provides roof access, who installs cables, who configures VLANs and who accepts the final test results. To learn more about the company, visit about FourTeck.
Frequently asked questions
Is the RD-5G31-AC a complete wireless bridge?
No. It is a directional antenna. A compatible 5 GHz radio, PoE power, cabling, grounding and a corresponding remote endpoint are required.
What radio should be used with this antenna?
The exact Rocket radio should be selected according to compatibility, required throughput, region, management and lifecycle. Confirm the current supported model before ordering.
How far can the antenna reach?
There is no single guaranteed distance. Range depends on the complete link budget, mounting height, path clearance, radio settings, legal power limits, interference and weather margin.
Does the dish support 5G mobile service?
No. The term 5 GHz refers to the unlicensed wireless frequency band used by compatible airMAX radios; it is not a 5G cellular antenna.
Can it be used for point-to-multipoint coverage?
Its narrow dish pattern is primarily appropriate for focused links. A sector antenna is normally considered for broad point-to-multipoint coverage, depending on the design.
What mounting items are included?
Current official specifications list a universal pole mount, Rocket bracket and weatherproof RF connectors. Confirm package contents in the quotation.
Is professional installation recommended?
Yes for most business deployments. Structural mounting, work at height, grounding, weather sealing, fine alignment and radio commissioning require appropriate skills and safety controls.
Is the antenna available in Dubai?
Contact FourTeck to confirm current UAE availability, quantity, lead time and warranty terms. Availability should not be assumed from overseas listings.
What information is needed for a quotation?
Share quantity, endpoint coordinates, path distance, desired throughput, radio preference, mounting conditions, installation scope and destination.
Can FourTeck help with configuration and testing?
Configuration, installation and testing can be discussed as a defined service scope. Confirm deliverables, site responsibilities and acceptance criteria in the quotation.
Confirm the antenna, radio and project scope together
Send FourTeck the link distance, endpoint details, quantity and required capacity for a coordinated RD-5G31-AC quotation and deployment discussion.
Reviews
There are no reviews yet.