Directional wireless backhaul antenna
Ubiquiti airMAX 5 GHz 30 dBi RocketDish Lightweight RD-5G30-LW in Dubai, UAE
Build a focused outdoor point-to-point link with a 30 dBi dual-linear dish designed for compatible 5 GHz Ubiquiti radios. FourTeck helps buyers confirm radio pairing, site conditions, mounting requirements, accessories, installation scope and current regional availability before purchase.
Share these link details
- Distance between both sites
- Mounting height and structure
- Required throughput
- Clear line-of-sight status
- Preferred compatible radio
Focused long-link antenna
Confirm local channel rules
Designed for dual-polarity radios
Mount included in stated weight
Direct answer for buyers
The RD-5G30-LW is a passive 5 GHz directional dish antenna used with a compatible outdoor radio to form a point-to-point wireless bridge. It is mainly considered when two buildings, towers or remote sites need a concentrated radio path rather than wide-area coverage. It can suit service providers, business campuses, industrial estates, farms and temporary project locations with clear line of sight. Before proceeding, confirm the radio model, permitted frequency range, link distance, Fresnel-zone clearance, target capacity, mounting strength, wind exposure, grounding, cable route and alignment access. The antenna does not create a link by itself, and practical performance depends on the complete radio design and local RF conditions.
What the RD-5G30-LW does
A parabolic dish concentrates radio energy into a narrow path. The RD-5G30-LW provides 30 dBi antenna gain across its specified 5.1 to 5.9 GHz range. When connected to a supported radio, it can be used as one end of a directional wireless link. The narrow horizontal and vertical beamwidth helps focus transmission toward the remote site and can reduce exposure to signals arriving from other directions. This is useful where spectrum is busy, but it also means alignment must be precise.
The antenna is not an access point, router or standalone bridge. It contains no network ports, software subscription or power input. The selected radio provides the active wireless and Ethernet functions. This distinction is important for procurement because a complete bill of materials may include two dishes, two radios, surge protection, shielded outdoor cable, grounding components, mounting accessories and installation work.
Who should consider it
The model may be appropriate for buyers planning building-to-building connectivity, wireless backhaul, CCTV network extension, temporary site connectivity or an alternative route where trenching fibre is not feasible. It is particularly relevant when a high-gain dish is required and the lighter 7.4 kg assembly offers a handling advantage over heavier alternatives.
It should not be selected only from distance claims. A link may be limited by terrain, obstruction, interference, radio power, channel width, regional rules, noise floor and mounting movement. Buyers without a clear line of sight, adequate mast stability or a suitable radio should first complete a site assessment. For broad client coverage, an omnidirectional or sector antenna may be more appropriate than this narrow dish.
Business challenges and practical responses
Fibre is delayed
A planned wireless bridge can provide an alternative path between sites, subject to line of sight, regulatory limits and capacity requirements.
Interference is high
A narrow dish helps focus the RF path, although channel planning and spectrum analysis remain necessary.
Heavy equipment is difficult to handle
The lightweight model reduces antenna weight, but safe lifting, mounting and structural assessment are still required.
Remote assets need connectivity
With compatible radios and infrastructure, the antenna can support links to cameras, offices, warehouses or operational sites.
Core antenna characteristics
Focused gain
30 dBi nominal gain supports concentrated 5 GHz link designs when the overall path budget is correctly engineered.
Narrow beam
5.8° horizontal and vertical beamwidth requires careful aiming and a stable mounting structure.
Dual polarization
Dual-linear polarization is intended for compatible two-chain radio systems and appropriate RF connections.
Outdoor construction
The mount uses protected metal components; installation quality and periodic inspection remain important in exposed environments.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Point-to-point backhaul | Both sites have a clear, stable directional path | Distance, Fresnel clearance and target capacity |
| 5 GHz operation | A permitted channel exists within 5.1–5.9 GHz | Country rules, radio region and channel plan |
| Narrow directional coverage | The remote endpoint is fixed | Alignment access and mast rigidity |
| Lightweight dish preference | Lower antenna weight helps installation planning | Wind loading and structural approval |
| Existing Ubiquiti radio | Physical and RF compatibility are confirmed | Connector, bracket, frequency and supported pairing |
Compatibility and dependency notice
The RD-5G30-LW is an antenna rather than a complete wireless bridge. Radio compatibility must be confirmed by model, bracket, connector arrangement, frequency support and regional firmware restrictions. Link speed is determined by the selected radios, channel width, modulation, interference, signal level, Ethernet interface and network design. Regulatory limits can restrict transmit power or permitted channels, so a higher antenna gain does not automatically permit maximum radio output. Mounting poles, grounding, surge protection, shielded cable, power injectors and weatherproofing should be included in the project review. Optional shielding or radome accessories should only be specified after compatibility is confirmed.
From requirement to an operational link
Define the traffic need
Document users, applications, cameras, expected throughput, latency sensitivity and backup requirements.
Survey the path
Confirm coordinates, distance, elevation, obstructions, Fresnel clearance, interference and mounting access.
Select the radios
Choose compatible endpoints based on capacity, frequency policy, Ethernet needs, power and management preference.
Build the materials list
Include antennas, radios, mounts, cables, grounding, surge protection, power equipment and weatherproofing.
Install and align
Mount securely, apply safe working practices, align both ends and validate signal and noise readings.
Test and document
Measure throughput, stability and failover where applicable, then record settings and maintenance access.
Why precise alignment matters
A 5.8° beam is intentionally narrow. This focus is useful for point-to-point operation, but it leaves less tolerance for an unstable pole or rough visual alignment. Installers should use accurate coordinates, elevation information and live radio signal readings rather than aiming only by sight. Both polarization paths should be checked because a link can appear connected while one chain performs poorly. The final alignment should be completed after all mounting bolts are tightened, since fastening can slightly move the antenna.
Mast sway can cause intermittent degradation even when the initial signal is strong. The structure should be evaluated for antenna weight, wind load and the leverage created by the dish position. Rooftop sites may also require consideration of waterproofing, lightning protection, cable entry and safe maintenance routes. Accurate installation supports consistent modulation and reduces unnecessary troubleshooting, but no antenna can compensate for an obstructed path or unsuitable spectrum.
Radio pairing and complete system design
The radio paired with the RD-5G30-LW determines the network interface, wireless protocol, software features and practical capacity. Buyers should not assume that every 5 GHz Ubiquiti radio mounts directly or operates across every antenna frequency. Confirm mechanical attachment, RF connector layout and the radio manufacturer’s supported antenna guidance. Two matched endpoint configurations are normally preferred for predictable link planning.
The power budget should include antenna gain, radio transmit limits, cable and connector losses, free-space path loss, fade margin and regulatory equivalent isotropically radiated power limits. A healthy design uses sufficient margin for weather and environmental change without exceeding permitted transmit levels. Channel width should be selected for the required capacity and local spectrum conditions rather than simply choosing the widest option. Narrower channels can sometimes improve resilience in congested areas, while wider channels require more clean spectrum.
Management and monitoring are equally important. Confirm how the selected radio reports signal strength, chain balance, noise floor, capacity and Ethernet status. Decide who will receive alerts and who has authorised access to configuration. FourTeck can discuss the antenna as part of a complete wireless bridge requirement rather than treating the dish as an isolated component.
Environmental resilience and maintenance planning
The published wind survivability and wind-load figures are useful engineering inputs, not a substitute for checking the pole, tower, roof attachment and local conditions. The mounting surface must remain stable under normal and severe weather. Corrosion protection, fastener inspection and cable strain relief should be considered, especially in coastal, dusty or industrial environments. Installers should avoid mounting locations where the dish can be struck, obstructed by future construction or exposed to unsafe maintenance access.
Preventive checks can include fastener condition, antenna movement, cable jacket damage, water ingress, grounding continuity and changes to the line of sight. Radio statistics should be compared with commissioning records so gradual signal degradation is recognised early. Dust or debris may affect equipment condition, while new cranes, trees, signage or rooftop systems can alter the path. Maintenance frequency depends on the site and should be agreed as part of the operational plan.
A radome or RF-isolation accessory may be considered for certain environments, but the exact compatible accessory and its effect on installation should be verified. Do not assume an accessory is included with the dish. FourTeck can help identify which items should appear in the quotation and which are optional.
Suitable business environments
Multi-building campuses
Link offices, security posts, stores or operational buildings where a clear rooftop path is available.
Warehousing and logistics
Extend network connectivity between separated facilities, yards or controlled gate locations.
Remote surveillance
Carry camera network traffic when bandwidth calculations and reliability requirements are properly assessed.
Agriculture and utilities
Connect field offices, monitoring points or remote assets subject to terrain and power availability.
Service-provider backhaul
Support carefully engineered network links where spectrum reuse, interference and capacity are managed.
Temporary projects
Provide relocatable connectivity for construction or events when structures and permissions are suitable.
Operational considerations after installation
A wireless bridge becomes part of the wider network and should be managed accordingly. Decide whether the link carries a single VLAN, several network segments, surveillance traffic, voice, business applications or a backup route. Switch configuration, loop prevention, quality of service and security policies may be needed at both ends. The antenna itself does not provide encryption or firewalling; those controls belong to the radio and network architecture.
Power continuity should be considered at both sites. A link fails if either endpoint loses power, so UPS support may be required where connectivity is operationally important. Outdoor Ethernet surge protection and proper grounding should follow the equipment guidance and local electrical practices. Remote access should be restricted and credentials documented securely.
Capacity tests should reflect real applications rather than only a brief speed test. Check bidirectional throughput, packet loss, latency and performance during expected busy periods. Establish baseline signal, noise and modulation readings. Where the wireless path is business-critical, discuss redundancy through a second route, different medium or alternative frequency rather than assuming one link provides complete continuity.
Questions to resolve before ordering
Is line of sight genuinely clear?
Confirm terrain, buildings, trees and the required Fresnel-zone clearance, not only visual visibility.
Which radio will be used?
Verify supported frequency, attachment method, connector layout, performance class and regional configuration.
What traffic must cross the link?
List applications, user count, cameras, peak load, latency requirements and expected growth.
Can the structure carry the load?
Review pole diameter, mast condition, fixing method, wind loading and safe maintenance access.
What accessories are required?
Consider cable, surge protection, grounding, power, weatherproofing, brackets and optional shielding.
Who will install and support it?
Define site survey, installation, alignment, configuration, testing, documentation and ongoing monitoring scope.
Procurement checklist
☐ Exact model RD-5G30-LW confirmed
☐ Quantity of antennas and link endpoints
☐ Compatible radio model at both sites
☐ Site coordinates and approximate distance
☐ Line-of-sight and Fresnel review
☐ Required business throughput
☐ Permitted channel and regional settings
☐ Pole, mast and wind-load assessment
☐ Shielded outdoor Ethernet cabling
☐ Grounding and surge protection
☐ Power injector or switch requirements
☐ Optional radome or isolation accessories
☐ Installation and alignment scope
☐ Testing, documentation and support expectations
How FourTeck can assist
FourTeck can review the intended use, confirm that the requested model is correctly identified, discuss radio pairing and help structure a bill of materials. For an accurate quotation, share the distance, site coordinates, mounting details, required capacity, quantity and whether installation or configuration support is needed. Where available information is incomplete, FourTeck can identify the questions that should be answered before equipment is committed.
Assistance may include product quotation coordination, compatible component guidance, site-survey planning, installation scope discussion, alignment and commissioning requirements, network integration considerations and support planning. Each item should be stated in the quotation because hardware supply does not automatically include engineering, mounting, cabling or configuration services. Visit the FourTeck technology services page to review related support areas, browse business networking products, or contact the FourTeck team with the project details.
UAE availability and project guidance
Contact FourTeck to confirm current UAE availability for the RD-5G30-LW. Supply timing can depend on quantity, vendor lead time and current regional channel conditions. Warranty coverage and return terms should be confirmed on the quotation rather than assumed from another market. Delivery and project coordination can be discussed after the exact equipment list and destination are known.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the requirement and help distinguish hardware supply from site work. Installation may require access permits, lifting arrangements, roof approvals, tower coordination, cable routing and safety documentation. Configuration scope should specify the radio settings, VLAN requirements, management access, testing method and handover expectations. Businesses should share their preferred schedule early, but no installation or delivery date should be treated as confirmed until the site and quotation have been reviewed.
GCC Availability
FourTeck can assist organisations planning RD-5G30-LW deployments across GCC markets by reviewing the intended link, destination country, quantity, compatible radio selection and required project services. A design prepared for the United Arab Emirates should not automatically be copied to Saudi Arabia, Kuwait, Qatar, Bahrain or Oman because permitted channels, radio region settings, procurement routes and site conditions may differ. Product availability, delivery schedules, service visits, vendor lead times and warranty handling can vary by country and requirement. Buyers should provide the destination, exact antenna and radio models, quantity, expected deployment date, site distance and any installation or configuration expectations. FourTeck can then coordinate a suitable quotation and identify where local regulatory, power, mounting or logistics confirmation is still needed. For Kuwait-related coordination, buyers may also review FourTeck Kuwait technology support.
Africa Availability
FourTeck supports requirement evaluation and procurement planning for organisations considering Ubiquiti wireless links in African markets. The RD-5G30-LW may be relevant for enterprise campuses, service-provider networks, farms, industrial locations and remote facilities, but every link should be checked against local spectrum rules, terrain, power reliability and mounting conditions. Availability and fulfilment can depend on the destination country, quantity, radio region, shipping arrangements, vendor lead time and the scope of installation or support. Buyers should share the country, two site coordinates, approximate distance, required capacity, preferred deployment schedule and whether survey, installation, alignment or remote configuration assistance is expected. FourTeck can help prepare a clearer equipment and service requirement without promising local inventory or fixed delivery dates. Regional buyers can explore FourTeck Africa technology coordination, Kenya project support and Uganda technology assistance.
Related products and services to consider
Compatible 5 GHz radio
The active radio must be selected separately and verified for mechanical, RF and regional compatibility.
Outdoor cabling and protection
Shielded cable, surge protection, grounding and weatherproofing should form part of the materials review.
Wireless site survey
A path and spectrum assessment can reveal obstructions, interference and mounting concerns before installation.
Installation and alignment
Professional mounting, safe access, accurate aiming and performance validation can be included as a defined scope.
Network integration
Switching, VLAN, routing, firewall and monitoring requirements should be coordinated with the wireless bridge.
Why businesses contact FourTeck
Buyers often need more than a part number. They need to know whether the dish fits the radio, whether two units are required, which accessories are missing and whether the site conditions support the intended link. FourTeck focuses on clarifying those decisions before quotation. This can reduce the risk of ordering an antenna without the radios, mounts, protection or engineering services needed to make it useful.
The discussion can cover model confirmation, bill-of-material guidance, compatibility review, quotation coordination, installation planning, configuration scope, testing expectations and support pathways. Recommendations remain dependent on the information provided and any site findings. Learn more about FourTeck or submit the link details through the contact page for a project-specific response.
Frequently asked questions
Is the RD-5G30-LW a complete wireless bridge?
No. It is a passive directional antenna. A compatible radio, network cabling, power arrangement and a second endpoint are normally required.
What frequency range does it support?
The published antenna frequency range is 5.1 to 5.9 GHz. Actual operating channels depend on the radio, regional configuration and local regulations.
How much antenna gain does it provide?
The RD-5G30-LW is specified at 30 dBi gain. Link performance still depends on the complete path budget, interference and alignment.
Which Ubiquiti radio should be paired with it?
The correct radio depends on capacity, protocol, frequency, mounting and regional requirements. Confirm the exact pairing before purchase.
Is professional alignment necessary?
Professional alignment is strongly advisable because the antenna has a narrow 5.8° beamwidth in both horizontal and vertical planes.
Can it be used where line of sight is blocked?
A blocked path can severely reduce reliability. A survey should confirm visual line of sight and adequate Fresnel-zone clearance.
Are mounting and radio accessories included?
The published weight includes the mount, but the radio, cabling, protection, power equipment and optional accessories should be confirmed separately.
Is the antenna suitable for coastal or high-wind sites?
The official wind figures inform engineering review, but the mast, fasteners, corrosion exposure and local structural conditions must be assessed.
How can I request a UAE quotation?
Send FourTeck the model, quantity, site locations, distance, required capacity, radio preference and installation scope for review.
Is current stock or delivery time guaranteed?
No. Contact FourTeck to confirm current availability, vendor lead time, warranty guidance and delivery coordination for the destination.
Plan the complete wireless link, not only the dish
Share the two site locations, distance, mounting height, required capacity and preferred radio. FourTeck will help clarify the equipment and service scope for quotation.
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