Five-device outdoor wireless bundle
Ubiquiti NanoStation 5AC Loco 5-Pack NS-5ACL-5 in Dubai, UAE
A compact set of five airMAX AC radios for building planned 5 GHz point-to-point links, customer-premises connections and distributed outdoor network extensions. FourTeck helps buyers confirm link roles, power accessories, mounting needs, compatibility and deployment scope before quotation.
Direct answer for buyers
The Ubiquiti NanoStation 5AC Loco 5-Pack is a bundle of five compact 5 GHz outdoor radios designed for airMAX wireless links. Organisations commonly consider it when they need to connect buildings, attach remote premises to a wireless base station, extend data connectivity across an open site or keep several identical radios available for a phased deployment. It is best suited to projects with clear line of sight and a properly planned radio-frequency environment. Before proceeding, buyers should confirm the required network topology, link distances, target throughput, frequency rules, mounting positions, opposite-end equipment, 24 V passive PoE injectors, grounding, surge protection and outdoor cabling. The five-pack is hardware only; installation quality and site conditions have a major effect on the result.
What this 5-pack does
Each NanoStation 5AC Loco combines a directional 5 GHz antenna and airMAX AC radio in one compact enclosure. A pair can form a point-to-point Ethernet bridge between two locations, while an individual unit can operate as a station connected to a compatible airMAX AC point-to-multipoint base station. The five-pack is useful when a project requires multiple remote endpoints, two complete links with one spare, or a standardised set of field devices.
The radio transports network traffic over a wireless path; it does not replace a router, firewall, switch, internet service or indoor Wi-Fi system. Its value comes from linking networks where trenching, leased circuits or long copper runs are unsuitable, provided that the path, alignment and spectrum plan support the intended service.
Who should consider it
This bundle can suit system integrators, wireless service providers, logistics operators, farms, schools, hospitality groups, construction compounds, warehouses and multi-building commercial sites. It is particularly relevant when several endpoints need the same hardware profile, allowing technicians to work with a consistent interface, mounting method and spare strategy.
It is not automatically the right choice for obstructed paths, extremely long or high-capacity backhaul, environments requiring 60 GHz performance, or applications where an omnidirectional indoor access point is expected. Buyers should compare the required distance, channel availability, interference levels and future capacity against other airMAX, LTU, 60 GHz or fibre options before standardising on this model.
Business challenges the bundle can address
Connecting separated buildings
A properly aligned pair can bridge Ethernet traffic between locations that have clear visual paths but no practical underground cable route. This may support office data, surveillance traffic, voice systems or general network access, subject to bandwidth planning.
Serving several remote endpoints
Several Loco5AC units can operate as stations in a compatible airMAX AC point-to-multipoint design. The base station, sector antenna, channel plan and client count must be selected separately for the expected traffic profile.
Standardising field hardware
A five-device bundle lets project teams deploy identical radios across similar link roles. Consistent hardware can simplify spares, configuration templates, training and troubleshooting, although every link still requires individual alignment and verification.
Avoiding unsuitable copper runs
Outdoor wireless can reduce dependence on long inter-building copper connections, which may be exposed to grounding differences, lightning risk and distance limits. Proper surge protection and grounding remain important on each radio installation.
Core capabilities at a glance
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Point-to-point network bridge | Two sites have clear line of sight and traffic needs fit the planned airMAX link. | Distance, Fresnel-zone clearance, interference, alignment and required throughput. |
| Point-to-multipoint station | A compatible airMAX AC base station is available and each endpoint falls inside its sector design. | Base-station compatibility, client count, airtime plan and sector coverage. |
| Five identical field units | The project benefits from standardised hardware for several links or staged deployment. | Exact quantity, spare policy and whether every endpoint needs accessories. |
| Outdoor mounting | A stable pole location can be provided with a clear path and service access. | Pole diameter, wind exposure, cable route, grounding and weatherproofing. |
| Passive PoE deployment | The power design supports 22–27 V DC passive PoE and the selected injector is appropriate. | PoE injector inclusion, switch compatibility and surge-protection arrangement. |
Verified technical information
The table below separates confirmed model facts from project-dependent decisions. Regional frequency availability and transmit settings are governed by country configuration and local rules, so they should be checked for the intended deployment location.
| Brand | Ubiquiti |
|---|---|
| Product | airMAX NanoStation 5AC Loco, five-pack |
| Pack model | Loco5AC-5; NS-5ACL-5 is commonly used as a reseller pack reference |
| Product type | Outdoor 5 GHz airMAX AC radio / customer-premises equipment |
| Quantity | Five radios |
| Operating modes | Access Point and Station |
| Main radio range | 5150–5875 MHz worldwide range; usable channels are region dependent |
| Management radio | 2.4 GHz dedicated management radio |
| Antenna gain | 13 dBi |
| Polarisation and beamwidth | Dual-linear; 45° horizontal, 45° vertical and 45° elevation beamwidth |
| Network interface | 1 × Gigabit Ethernet RJ45 |
| Power method | Passive PoE, two-pair |
| Supported voltage | 22–27 V DC |
| Maximum power consumption | 7 W per radio |
| Power supply | 24 V, 0.3 A Gigabit PoE supply specified; not included in the current official product listing |
| Dimensions | 179 × 77.5 × 59.1 mm per unit |
| Weight | 180 g per unit |
| Enclosure | UV-stabilised polycarbonate |
| Mounting | Pole mount included |
| Operating temperature | -40°C to 70°C |
| Operating humidity | 5% to 95% non-condensing |
| Management services | Web server, SSH, SNMP, DHCP, routing, bridging, discovery and reporting functions |
| Availability | Contact FourTeck for current UAE availability, quantity and lead-time guidance |
Important compatibility and dependency notice
The Loco5AC is an airMAX AC device, not a general-purpose indoor Wi-Fi access point. A reliable link requires compatible equipment at the other end, correct operating mode, legal channel selection, suitable security settings and accurate antenna alignment. For point-to-multipoint use, confirm that the chosen base station and sector design support the intended station role and traffic profile.
Power is another essential dependency. The official current product listing identifies a 24 V, 0.3 A Gigabit PoE supply as not included. Standard IEEE 802.3af/at PoE should not be assumed to work directly unless a compatible converter or properly designed power source is used. Every device in the five-pack may therefore require its own injector, suitable passive-PoE switch port or approved powering arrangement.
The apparent distance between rooftops is not the only planning input. Fresnel-zone clearance, terrain, trees, moving vehicles, nearby radio activity, building materials, antenna height, cable loss, regulatory power limits and weather exposure all influence link quality. FourTeck can help review these requirements, but a site survey or qualified link study may be necessary before installation.
A practical purchase and deployment journey
Define the network role
State whether the radios will create independent point-to-point links, connect several clients to a sector base station, replace a temporary cable route or support a specific application such as surveillance. This determines how many units, counterpart radios and network accessories are needed.
Review each wireless path
Record coordinates, distance, mounting height, obstacles and expected environmental changes. A path that is clear today may be affected by future construction, vegetation or seasonal conditions. Link modelling and on-site verification reduce the risk of selecting hardware from distance alone.
Confirm capacity and spectrum
Estimate busy-hour throughput in both directions, latency sensitivity and the number of clients sharing airtime. Then review available channels, permitted bandwidths and local interference. Wider channels can offer more capacity but may be harder to place cleanly in congested spectrum.
Build the complete bill of materials
Add PoE injectors or compatible power equipment, outdoor-rated shielded cable, surge protectors, grounding components, brackets where required, weatherproof cable entries, network switches and enclosure accessories. A radio-only quotation may not cover everything needed at the site.
Configure, align and validate
Set country, channel, bandwidth, security, management access and network mode before final alignment. Validate signal levels, modulation, error rates, throughput, packet loss and stability under realistic traffic. Save documentation and configuration backups for ongoing support.
Directional 5 GHz connectivity in a compact format
The integrated 13 dBi antenna focuses the radio pattern more narrowly than an omnidirectional access point. This helps a planner direct energy toward the intended peer or base station rather than distributing it in all directions. The 45-degree beamwidth offers practical aiming tolerance for many short- and medium-distance applications, but correct alignment still matters, especially when channels are crowded or links approach the design margin.
Compact size makes the unit easier to place on poles and building edges where a large dish would be excessive. That physical convenience should not be confused with unrestricted range. The correct radio depends on required availability, fade margin, interference, legal transmit power and the path profile. For demanding backhaul, higher-gain directional products may be more appropriate.
Management and diagnostics for field operations
airOS provides configuration and diagnostic functions for channel selection, transmit settings, link distance, traffic shaping, statistics and RF analysis. The dedicated management radio is intended to make initial access more convenient near the installed device. For larger estates, UISP can support centralised visibility and operational workflows, depending on the wider management design.
Good management practice includes unique credentials, controlled administrative access, current supported firmware, configuration backups and consistent naming. Remote management should be exposed only through a protected network path. Statistics such as signal, noise, modulation, Ethernet link rate, packet errors and uptime are most valuable when they are baselined after commissioning and reviewed during faults.
A five-pack for repeatable deployment
Purchasing five radios as one pack can suit rollouts with multiple subscriber endpoints, several nearby structures or a planned spare. Identical units allow technicians to use common mounting, power and configuration procedures. A standard configuration template can reduce avoidable differences, provided that device names, addresses, frequencies and link-specific parameters are assigned correctly.
The bundle does not mean all five units must serve the same topology. Two pairs could form separate bridges while one remains as a spare, or all five could operate as stations under an appropriate base station. The best allocation depends on failure coverage, replacement policy and whether maintenance teams can reach the sites quickly.
Ideal environments and use cases
Warehouses and logistics yards
A bridge can connect a gatehouse, remote storage building, camera cluster or yard office to the main network when the path is visible and cable installation would disrupt operations.
Schools and campuses
Separate classroom blocks, sports facilities or administration buildings may be linked without crossing roads or landscaped areas, subject to capacity, safety and mounting review.
Farms and remote facilities
The radios can carry connectivity toward pump stations, staff buildings, monitoring points or equipment sheds where clear outdoor paths exist and reliable power can be provided.
Hospitality compounds
Villas, service buildings or remote operational areas may be joined to a central network. Guest Wi-Fi capacity and roaming should be addressed by separate access-point design.
Construction and temporary sites
Wireless bridges can support phased offices, cameras and site systems where routes change over time. Mounting stability, dust, power and relocation plans require attention.
Wireless service delivery
Operators may use Loco5AC units as customer-premises stations in compatible airMAX AC networks after confirming sector design, service levels and client density.
Integration and operational considerations
A wireless bridge usually sits between Ethernet networks, so the surrounding switch, VLAN, addressing, routing and security design should be planned before configuration. Decide whether the radio path will carry one flat network, tagged VLANs, a routed subnet or traffic from several applications. Avoid extending large broadcast domains across unstable or capacity-limited links without understanding the operational effect.
For video surveillance, calculate aggregate camera bit rate, peak traffic and recovery behaviour after outages. For voice or real-time systems, consider latency, jitter and prioritisation. For internet access, account for upstream service capacity and user concurrency. The radio link should be sized to the actual application rather than the nominal Ethernet port speed.
Physical installation should use outdoor-rated, shielded cabling and a grounding approach suitable for the building and local electrical standards. Surge protection should be installed as part of the system design, not treated as an optional afterthought. Cable routes should avoid high-voltage circuits and water entry points. Technicians need safe access for alignment, replacement and inspection.
Operational ownership must also be clear. Record device IP addresses, usernames, firmware versions, channel assignments, coordinates, mounting photographs and baseline performance. Define who monitors the link, who receives alarms and how replacement equipment will be configured. The fifth unit in the bundle can be valuable as a spare only when it is stored, labelled and prepared within the maintenance process.
Buyer questions to resolve before ordering
What topology is required?
Confirm the number of point-to-point pairs, remote stations and base stations. Five radios can be allocated in several ways, but the opposite-end equipment must be included in the design.
How much real traffic will cross each link?
State average and peak throughput, direction of traffic and application priority. Do not select solely from the headline platform throughput figure.
Is line of sight genuinely clear?
Trees, roof edges and terrain can obstruct the Fresnel zone even when endpoints appear visually connected. Share coordinates and proposed heights for proper review.
Which power accessories are needed?
The current official listing says the 24 V PoE supply is not included. Confirm injector quantities, plug type, surge protection and power availability at every endpoint.
What management model will be used?
Decide whether technicians will manage devices individually or through UISP, and define secure access, monitoring, backups and firmware policy.
Is installation support part of the quote?
Clarify whether the requirement covers hardware only, pre-configuration, site survey, mounting, alignment, testing, documentation and post-installation support.
Procurement checklist for NS-5ACL-5 projects
✓ Confirm the exact five-pack reference and required quantity.
✓ List the role of each radio in the planned topology.
✓ Provide site coordinates, distances and proposed mounting heights.
✓ Define target throughput and application types for every link.
✓ Verify 5 GHz regulatory and channel requirements for the destination.
✓ Confirm compatible counterpart or base-station equipment.
✓ Add one suitable 24 V passive PoE source per unit where required.
✓ Include outdoor-rated cable, grounding and surge protection.
✓ Check poles, brackets, access equipment and installation safety.
✓ Define pre-configuration, alignment and commissioning scope.
✓ Specify documentation, monitoring and support expectations.
✓ Confirm current availability, lead time and warranty terms in the quote.
How FourTeck can assist
Requirement clarification
FourTeck can review the intended topology, site count, link role, throughput requirement and project timeline before preparing a quotation.
Bill-of-material guidance
The review can include radios, PoE equipment, surge protection, cabling, mounts, switches and related network components.
Compatibility review
Existing airMAX equipment, management platforms and power arrangements can be checked for relevance to the planned deployment.
Configuration scope
Buyers can request pre-configuration, channel planning, security settings, naming, addressing and documentation as a defined service item.
Installation planning
Site survey, mounting, cable routing, alignment, testing and handover requirements can be discussed according to location and scope.
Quotation coordination
A project-specific quote can separate hardware, accessories, delivery coordination and professional services for clearer procurement review.
Explore additional business networking products, review available installation and configuration services, or contact FourTeck with your site details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti NanoStation 5AC Loco 5-Pack. Availability may vary according to quantity, vendor supply, regional version and project timing. A quotation should identify the exact pack reference, number of packs, included items and any passive PoE injectors or accessories required.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can discuss delivery coordination, installation scope, configuration assistance and support planning after the deployment requirement is understood. Site visits, access arrangements, work permits, elevated installation, cable routing and commissioning are scope dependent and should be confirmed separately rather than assumed to be included with the hardware.
GCC Availability
FourTeck can assist organisations planning NanoStation 5AC Loco deployments across GCC markets by reviewing the intended wireless role, confirming the exact five-pack reference, identifying required accessories and coordinating a suitable quotation. This can include requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman, depending on the project and destination. For a useful review, buyers should share the country, quantity, site type, link distances, expected throughput, counterpart equipment and preferred delivery schedule.
Product availability, permitted radio channels, power accessories, shipping arrangements, service visits and vendor lead times can vary by country, model and quantity. Installation dates and performance should therefore not be assumed before the path and scope are checked. FourTeck can also discuss configuration templates, remote support, installation planning and regional project coordination. Buyers with Kuwait requirements may review FourTeck Kuwait technology assistance and then provide the precise bill of materials for confirmation.
Africa Availability
FourTeck can help organisations in African markets evaluate the Ubiquiti NanoStation 5AC Loco 5-Pack for building-to-building links, remote-site connectivity and compatible point-to-multipoint station deployments. The review can cover the exact model reference, number of radios, passive PoE requirements, outdoor cabling, surge protection, management approach, configuration scope and support expectations. Projects in East Africa and other regions should begin with clear destination, quantity, link distance and timeline information.
Availability and fulfilment may depend on the destination country, vendor lead time, shipping method, local frequency rules, power-plug requirements, installation conditions and the equipment already in use. FourTeck does not treat one radio specification as a guarantee for every site; each link should be checked for line of sight, interference and required capacity. Buyers can use the FourTeck Africa technology portal, along with the dedicated Kenya support channel or Uganda technology channel, to share exact procurement and deployment details.
Related products and project options
Ubiquiti NanoStation 5AC
Consider the larger NS-5AC when a project needs its different antenna gain, dual Ethernet ports or PoE features. It is not a direct replacement without link review.
NanoBeam 5AC options
A NanoBeam model may suit links that benefit from a more focused antenna pattern or different gain. Exact model selection depends on distance and capacity.
airMAX base-station design
For point-to-multipoint networks, a compatible access point and sector antenna must be sized for coverage, client count and traffic demand.
Passive PoE and protection
Add suitable 24 V injectors, outdoor shielded cable, grounding and Ethernet surge protection as required for each installed radio.
Wireless link survey
A survey or path study can verify mounting points, obstruction risks and RF conditions before equipment is permanently installed.
Configuration and commissioning
Defined professional services can cover initial setup, secure access, alignment, throughput testing, documentation and handover.
Why businesses contact FourTeck
Wireless product selection is often less about choosing a familiar model and more about confirming that the entire path and operating environment fit the device. FourTeck helps buyers translate a site requirement into a clear equipment and service scope. This may involve reviewing whether five Loco5AC radios are enough, identifying the equipment required at the other end of each link and checking whether a higher-gain or different-frequency solution should be considered.
Procurement teams can request a quotation that distinguishes the five-pack, power supplies, cabling, protection, mounting and professional services. Technical teams can discuss addressing, VLANs, management, firmware, channel planning and test criteria. Project owners can clarify installation access, delivery coordination and documentation before purchase approval.
This practical approach helps prevent a radio-only order from arriving without the components or deployment decisions needed to place it into service. Learn more about FourTeck’s business technology approach or share a requirement through the FourTeck Dubai contact page.
Frequently asked questions
Is NS-5ACL-5 the same as Loco5AC-5?
The official Ubiquiti store identifies the five-pack as Loco5AC-5. NS-5ACL-5 is commonly used in distribution and reseller catalogues for the NanoStation 5AC Loco five-pack. The exact part reference on the quotation should be confirmed before ordering.
How many radios are included?
The pack contains five NanoStation 5AC Loco radios. How they are deployed depends on the topology: two pairs and a spare, five point-to-multipoint stations, or another planned combination.
Are PoE injectors included with the five-pack?
The current official listing specifies a 24 V, 0.3 A Gigabit PoE supply and states that it is not included. Confirm the pack contents and add the correct quantity of passive-PoE power accessories to the quotation.
Can these radios create a building-to-building link?
Yes, two suitably configured units can be used for a point-to-point bridge. Successful operation depends on line of sight, Fresnel clearance, interference, alignment, legal frequency settings and the required capacity.
Can the Loco5AC be used as normal indoor Wi-Fi?
It is designed primarily as a directional outdoor airMAX radio, not as a general indoor client access point. Indoor user Wi-Fi should normally be handled by purpose-built access points selected for coverage and device density.
What distance can the NanoStation 5AC Loco cover?
There is no single dependable distance figure for every site. Range and throughput depend on path clearance, antenna height, frequency, channel width, noise, legal power limits and the radio used at the opposite end. A link study is recommended.
Does it work with UISP?
Ubiquiti describes the product as UISP-ready. The wider monitoring and management experience depends on how UISP is deployed, network access and the software version used.
What information is needed for a quote?
Provide the required pack quantity, site locations, link distances, topology, target throughput, counterpart equipment, mounting needs, power accessories, delivery destination and whether survey, configuration or installation support is required.
Is the 5-pack currently available in Dubai?
Availability changes with quantity and vendor lead time. Contact FourTeck to confirm current UAE availability, the exact part reference, included items and estimated fulfilment details for your requirement.
Plan the complete wireless link, not only the radio
Send FourTeck the site distances, required capacity, number of links, existing equipment and installation expectations. The team can help confirm the Ubiquiti NanoStation 5AC Loco 5-Pack, required passive PoE accessories and a suitable quotation scope.
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