LONG-RANGE LTU CLIENT RADIO
Ubiquiti LTU Long-Range LTU-LR in Dubai, UAE
A directional 5 GHz point-to-multipoint client for organisations and network operators that need a planned wireless connection between a compatible LTU base station and a distant site. FourTeck helps buyers assess radio compatibility, distance, capacity, mounting, power and regional availability before a bill of materials is confirmed.
Before requesting a price
Prepare the intended link distance, coordinates, required throughput, mounting height and base-station details.
Availability, frequency options and deployment suitability are region and design dependent.
Direct answer for buyers
The Ubiquiti LTU-LR is an outdoor long-range client radio used in a 5 GHz LTU point-to-multipoint network. It is mainly considered when a remote building, subscriber, camera location, warehouse, farm, compound or operational site needs connectivity back to an LTU-Rocket base station. Wireless internet service providers, integrators and organisations managing distributed locations may consider it. Before proceeding, confirm that the intended base station uses the LTU platform, that the radio path has adequate line of sight and Fresnel-zone clearance, that local frequency rules permit the planned channel, and that link budget, capacity, mounting, grounding and passive-PoE requirements have been reviewed.
What the LTU-LR does
The LTU-LR provides the remote client side of a Ubiquiti LTU point-to-multipoint wireless network. A compatible LTU base station serves one or more client locations, while each LTU-LR is aligned toward that base station and connected by Ethernet to the local router, switch or customer network. This is different from ordinary indoor Wi-Fi. The product is designed for outdoor fixed wireless infrastructure, where antenna alignment, spectrum planning and installation quality directly influence link stability and usable capacity.
Its integrated directional antenna concentrates radio energy toward the base station. This can support longer engineered paths than low-gain client devices, provided the path, interference environment and regulatory limits are suitable. Actual range and throughput are never determined by antenna gain alone. Terrain, obstructions, channel width, modulation, signal quality, competing transmitters, base-station sector design and the number of active clients all affect results.
Who should evaluate it
The model may suit wireless service providers extending PtMP coverage, enterprises linking remote operational sites, education or hospitality campuses serving outlying buildings, industrial facilities connecting perimeter assets, and integrators building managed outdoor wireless networks. It can also be relevant for temporary or transitional connectivity while a wired service is being planned, but the installation should still be treated as permanent outdoor infrastructure with proper mounting, power, grounding and weather protection.
It is not the right choice for a buyer seeking a normal Wi-Fi access point, a standalone point-to-point pair without LTU design validation, or a device intended to associate with an airMAX base station. The LTU platform has its own compatibility requirements. Buyers should confirm the exact base-station model and firmware environment before placing an order.
Business challenges and practical responses
Remote premises without fibre
A planned LTU link can provide a network path where trenching, leased circuits or immediate fibre construction are impractical. The business case should compare radio infrastructure, towers, power, maintenance and spectrum conditions with wired alternatives.
Long client paths
A high-gain integrated antenna supports focused client links, but a link survey remains essential. Distance alone does not establish suitability; path clearance and noise can be more important than kilometres.
Capacity planning
Flexible channel widths and LTU modulation features can help operators shape a network around service needs. Actual customer capacity depends on signal quality, base-station resources, channel planning and usage patterns.
Operational visibility
Management and diagnostic tools support alignment, testing and monitoring. These tools improve the operator’s ability to investigate conditions, but they do not replace correct installation or ongoing spectrum management.
Core product capabilities
Purpose-built for compatible LTU point-to-multipoint infrastructure rather than general 802.11 client use.
Integrated high-gain design for focused outdoor client links with careful alignment.
One RJ45 interface connects the radio to the local network and carries passive PoE power.
UV-stabilised enclosure, pole mounting and IPX6 weatherproofing support outdoor deployment.
Management utilities assist with installation, signal review and operational troubleshooting.
Power is delivered over Ethernet using the specified 24 V passive PoE arrangement.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| LTU PtMP client | The remote site must join a compatible LTU-Rocket sector. | Base-station model, firmware and sector capacity. |
| Long directional path | Line of sight and adequate Fresnel clearance can be achieved. | Coordinates, path profile, mounting heights and expected fade margin. |
| Outdoor deployment | A stable pole, safe access and protected cable route are available. | Wind exposure, grounding, surge protection and local installation rules. |
| Business data link | The designed capacity and availability target match the application. | Traffic profile, redundancy expectations and service-level requirements. |
| Regional 5 GHz use | Permitted channels and power limits support the proposed design. | Country variant, regulatory domain and installer compliance. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | LTU Long-Range |
| Model | LTU-LR |
| Product type | 5 GHz point-to-multipoint LTU client radio |
| Antenna gain | 26 dBi integrated directional antenna |
| Networking interface | One Gigabit Ethernet RJ45 port |
| Power method | Passive PoE, pairs 4/5 positive and 7/8 negative |
| Power supply | 24 V, 0.5 A Gigabit PoE adapter included; regional plug confirmation advised |
| Maximum power consumption | 8.5 W |
| Dimensions | 512.5 × 385.75 × 258.3 mm |
| Weight | Approximately 1.4 kg without mount and 1.7 kg with mount |
| Enclosure | UV-stabilised polycarbonate |
| Weatherproofing | IPX6 |
| Mounting | Pole-mount kit included |
| Base-station compatibility | Designed for an LTU PtMP environment with LTU-Rocket as the base station |
| Availability | Contact FourTeck to confirm current UAE regional version, quantity and lead time |
Compatibility and regulatory notice
The LTU-LR must be evaluated as part of an LTU network. It is not interchangeable with every Ubiquiti outdoor radio, and an airMAX sector should not be assumed to serve it. Confirm the LTU-Rocket base station, sector antenna arrangement, firmware support and network design. The available 5 GHz frequencies, channel widths and transmit-power settings can vary by regulatory region. A model suffix or regional variant may therefore matter. FourTeck can coordinate product identification, but the network owner and installer remain responsible for complying with local telecommunications, installation, safety and spectrum requirements.
Passive PoE also requires attention. Do not assume that any PoE switch port is suitable. Confirm voltage, polarity, injector compatibility, Ethernet cable type, maximum cable run, surge protection and earthing. Outdoor cabling should be routed and terminated to minimise water ingress and electrical risk. The included adapter and mounting components should be confirmed against the exact regional package offered.
A practical purchase and deployment journey
Define the service need
Document each remote site, expected users or devices, traffic type, target capacity, business criticality and growth horizon.
Review the radio path
Share coordinates, distance, elevations, obstruction information and feasible mounting heights for link-budget and path review.
Confirm the LTU design
Validate the base station, sector coverage, client count, channel plan, frequency region, firmware and management approach.
Build the bill of materials
Include radios, mounts, outdoor cable, surge protection, grounding, power equipment, switches and installation services as required.
Install, align and test
Use qualified installation practices, fine alignment and acceptance tests that reflect the intended traffic and operational conditions.
Directional performance depends on engineering
The 26 dBi integrated antenna is an important reason to consider the LTU-LR, but it should not be interpreted as a guarantee of a particular distance. A directional antenna narrows the energy pattern and can improve the received signal relative to a lower-gain option. It also makes alignment more sensitive. Small mounting errors, pole movement, poor bracket tightening or an obstructed path can reduce the expected benefit.
A professional link review considers free-space path loss, permitted equivalent radiated power, antenna gain at both ends, radio output limits, cable and connector losses, target modulation, receive sensitivity, fade margin and the shape of the terrain. Fresnel-zone clearance matters because radio energy occupies an area around the direct visual path. A link may appear visually clear but still suffer if buildings, trees, cranes or terrain intrude into that zone. Seasonal foliage and future construction should also be considered.
For a business-critical connection, the design should include a realistic availability target and a plan for adverse conditions. Backup connectivity may be appropriate even when the LTU link performs well. FourTeck can discuss product suitability and coordinate a quotation, while final RF design and installation responsibilities should be explicitly defined in the project scope.
Capacity must be evaluated across the whole sector
The client radio is only one element of available throughput. In a point-to-multipoint network, several clients share the base-station sector and its spectrum resources. An operator should therefore evaluate aggregate demand, peak simultaneous traffic, service profiles, latency-sensitive applications and planned subscriber growth. A strong individual signal does not by itself guarantee the requested application performance if the sector is congested or channel conditions are poor.
Channel width can influence the balance between capacity and spectrum resilience. Wider channels may provide more potential throughput but require more clean spectrum. Narrower channels can be useful where the noise floor or available spectrum makes a wide channel impractical. Frequency selection should be based on local measurements and permitted regional operation rather than a generic configuration copied from another installation.
The local Ethernet network can also create a bottleneck. Confirm switch capacity, router policies, VLAN design, traffic shaping, power resilience and cabling. Where video surveillance, voice, cloud applications or operational control systems use the link, quality-of-service planning and continuous monitoring may be required. Buyers should share the traffic mix with FourTeck so the proposed bill of materials and service scope can be discussed accurately.
Management supports reliable operations
Installation utilities and management visibility help technicians align the radio, inspect signal conditions, test throughput and investigate faults. For organisations with multiple sites, consistent naming, address planning, access control, firmware governance and configuration records are as important as the hardware itself. A documented deployment makes future support easier because the operator can identify which device serves each location, which base station it uses and what settings were approved.
Management access should be secured and separated from unnecessary exposure. Administrative credentials, management VLANs, remote-access methods and backup procedures should follow the organisation’s security policy. Firmware changes should be reviewed, tested where practical and scheduled with rollback considerations. The exact management architecture can vary according to the number of devices and the operator’s UISP environment.
Monitoring should focus on trends, not only outages. Gradual changes in signal, noise, retransmissions or capacity can indicate vegetation growth, new interference, movement of a mount, water ingress in cabling or a developing power issue. Proactive review can help teams investigate before user impact becomes severe. Support and monitoring services are scope dependent and should be listed separately in the quotation.
Suitable business environments
Wireless service providers
As a client CPE within a planned LTU-Rocket sector where long-range customer locations need a directional antenna and managed service design.
Industrial and logistics sites
For remote yards, gates, warehouses or operating areas where a clear outdoor path can be engineered and wired connectivity is difficult.
Hospitality and education campuses
To connect separated buildings or service areas under a centrally planned network, subject to capacity, security and local architecture.
Agriculture and remote estates
For offices, accommodation, monitoring locations or operations where terrain and mounting allow an appropriate link to the base station.
Video-surveillance backhaul
Potentially suitable when aggregate camera bandwidth, latency, recording architecture, resilience and security have been calculated.
Construction and phased projects
For structured temporary or transitional connectivity, provided installation safety, future relocation and changing obstructions are planned.
Integration and operational considerations
At the remote site, the LTU-LR usually hands off connectivity through Ethernet. The downstream design may include a router, firewall, managed switch, wireless access points, cameras, telephones or operational devices. The radio link should be incorporated into the same network architecture and security review as any other WAN connection. Decide whether the remote site extends a Layer 2 domain, routes at the edge, uses VLANs, applies firewall policies or requires encrypted application traffic.
Power continuity deserves specific attention. Although the radio has modest power consumption, an outage at either the client or base station interrupts connectivity. Where the application is important, evaluate a UPS, protected DC design or monitored power source. Outdoor surge events can enter through Ethernet cabling, so grounding and surge protection should follow the manufacturer guidance and local electrical practice. This is especially important for rooftop, mast and exposed-site installations.
Physical access and maintenance should be planned before mounting. A location that produces a good radio path but cannot be safely reached for alignment or replacement can create operational cost. Consider ladder or lift access, roof permissions, working-at-height procedures, cable routes, lightning exposure, wind loading and whether future building works could block the path. The mounting pole must remain rigid enough to preserve alignment.
Finally, define ownership. The quotation should state who performs the path review, who supplies mounting structures and cabling, who installs and aligns the radio, who configures the base station, who provides internet routing, and who monitors the network after handover. Clear boundaries reduce delays and make support requests easier to resolve.
Questions to resolve before ordering
Provide the base-station model, antenna, firmware and approximate current client loading.
Coordinates, distance, elevations, obstructions and available mounting heights support a meaningful review.
Describe normal, peak and future traffic rather than providing only an internet package speed.
The destination country and permitted frequency plan should be confirmed before supply and configuration.
Clarify poles, roof access, cable, grounding, surge protection, power, alignment and testing responsibilities.
Business-critical sites may need backup WAN, redundant power or operational monitoring beyond the radio itself.
Procurement checklist
☐ Exact LTU-LR regional model or SKU
☐ Required device quantity and spare strategy
☐ Destination and deployment coordinates
☐ LTU-Rocket base-station confirmation
☐ Link distance and mounting elevations
☐ Expected throughput and traffic profile
☐ Permitted frequency and channel plan
☐ Passive-PoE and local power arrangement
☐ Outdoor Ethernet cable and surge protection
☐ Pole, bracket and structural requirements
☐ Installation, alignment and testing scope
☐ UISP management and firmware plan
☐ Warranty terms for the quoted region
☐ Delivery coordination and vendor lead time
FourTeck quotation and planning assistance
FourTeck can help translate a remote-connectivity requirement into a clearer product request. The discussion may cover the exact client model, compatible base station, quantities, regional version, mounting, passive PoE, outdoor cabling, surge protection and configuration services. For multi-site projects, a location schedule and phased bill of materials can make procurement easier to review.
Product supply, RF design, installation, configuration, testing and support are distinct scope items. Ask for each required activity to be shown in the quotation so responsibilities are clear. For broader infrastructure planning, browse FourTeck technology products, review available installation and configuration services, or send the requirement through the FourTeck contact team.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti LTU-LR. Availability can depend on regional version, quantity, current vendor supply and project timing. A quotation should identify the exact model, included power adapter, mounting components, warranty guidance and any additional materials or services. Delivery and project coordination can be discussed after the technical requirement and destination are confirmed.
For deployments across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation preparation and planning for installation or configuration where requested. Site access, roof permits, mounting structures, cabling routes and working-at-height requirements vary between locations and should be discussed early. No installation date or performance outcome should be assumed until the path, scope, materials and access conditions have been evaluated.
GCC Availability
FourTeck can assist organisations assessing LTU-LR deployments across the GCC, including requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Regional projects should begin with the destination country, exact product requirement, quantity, deployment coordinates, intended LTU base station and preferred schedule. This information helps identify whether a regional model, specific frequency domain, power accessory or additional documentation must be considered. Quotation coordination may also include outdoor cable, surge protection, mounting, configuration and installation planning when those items are required. Product availability, permitted radio settings, delivery schedules, service visits and vendor lead times vary by country and project. Buyers should not assume that a configuration used in one GCC market can be copied unchanged into another. For Kuwait-related coordination, the FourTeck Kuwait resource may also support the initial enquiry.
Africa Availability
Organisations planning fixed wireless connectivity in Africa can contact FourTeck for product evaluation, quotation coordination and deployment-scope discussions. The LTU-LR may be considered for remote offices, estates, hospitality sites, education environments, industrial locations and service-provider networks, but each link requires its own path and regulatory assessment. Availability and fulfilment can depend on the destination, quantity, radio variant, permitted frequencies, power requirements, shipping arrangements, vendor lead time and local installation conditions. Buyers should provide the destination country, coordinates, proposed link distance, required capacity, base-station details and any installation or support expectations. FourTeck resources for technology projects in Kenya, Uganda requirements and the wider Africa technology portfolio can help route the discussion. Local inventory, customs outcomes and onsite coverage should be confirmed for each project rather than assumed.
Related products and services to discuss
LTU-Rocket base station
The compatible PtMP base-station platform should be confirmed with the selected sector antenna and regional configuration.
LTU Pro or LTU Lite
Alternative LTU client models may suit different path, antenna, mounting and budget conditions. They are not automatically equivalent.
Outdoor network protection
Discuss shielded cabling, compatible passive PoE, Ethernet surge protection, grounding and power continuity.
Link planning service
Path review, link-budget work, frequency planning and site survey requirements can be scoped separately.
Installation and alignment
Qualified mounting, weatherproof cable routing, fine alignment and acceptance testing can be included where available.
Why businesses contact FourTeck
A wireless link quotation can be misleading when it contains only a radio model. Businesses contact FourTeck to clarify the requirement, identify the correct regional item, discuss compatibility, structure the bill of materials and separate product supply from optional design, installation, configuration and support. This approach helps procurement teams compare quotations on a consistent basis.
FourTeck can also help buyers record the assumptions behind a proposed deployment: expected distance, target capacity, serving base station, mounting responsibility, power arrangement, cable type and handover requirements. When an LTU-LR is not the appropriate fit, the discussion can consider another LTU client, a point-to-point design, fibre, 60 GHz wireless or a hybrid approach without presenting one option as universally superior. Learn more about FourTeck or discuss a wider infrastructure requirement through FourTeck UAE contact.
Frequently asked questions
Is the LTU-LR a normal Wi-Fi access point?
No. It is an outdoor 5 GHz LTU client radio intended for a compatible point-to-multipoint fixed wireless network. It should not be selected as a general indoor or outdoor Wi-Fi access point.
Which base station works with the LTU-LR?
Ubiquiti positions it as a client for an LTU point-to-multipoint environment using the LTU-Rocket as the base station. Confirm the exact base-station and firmware design before ordering.
Does the 26 dBi antenna guarantee a particular range?
No. Range depends on line of sight, Fresnel clearance, permitted transmit power, channel conditions, interference, mounting, base-station design and target capacity.
Is a PoE adapter included?
Official specifications list a 24 V, 0.5 A Gigabit passive-PoE adapter as included. Confirm the exact regional package and plug type in the quotation.
Can it connect to an airMAX base station?
Do not assume airMAX compatibility. The LTU-LR belongs to the LTU platform and should be matched to a compatible LTU-Rocket design.
What information is needed for a quotation?
Provide quantity, destination, base-station details, coordinates, distance, mounting height, capacity target, preferred schedule and required installation or configuration scope.
Can FourTeck assist with installation?
Installation, alignment, cabling, configuration and testing can be discussed as separate scope items. Availability depends on location, access, project conditions and agreed responsibilities.
Is the LTU-LR currently available in Dubai?
Contact FourTeck to confirm current UAE availability. Supply can vary by regional model, quantity and vendor lead time, so availability should be checked for the specific request.
What warranty applies?
Warranty terms can depend on the supply channel and regional policy. Ask for the applicable warranty guidance to be stated in the formal quotation.
Plan the LTU-LR link before placing the order
Share the serving base station, site coordinates, distance, target capacity, quantity and installation expectations. FourTeck can help prepare a more complete product and service quotation.
