Compact 5 GHz outdoor wireless radio
Ubiquiti airMAX NanoStation 5AC Loco Loco5AC in Dubai, UAE
The Loco5AC is designed for focused outdoor wireless connectivity where a compact integrated radio is more practical than a larger dish or separate antenna system. It can support point-to-point links, customer-premises connections and controlled network extensions when the path, alignment, spectrum conditions and capacity target are suitable.
Before requesting a quotation
Prepare the approximate link distance, endpoint coordinates, mounting heights, expected throughput, power availability and any known obstruction or interference concerns.
Current UAE availability, regional version, included accessories and lead time should be confirmed for the required quantity.
Direct answer for buyers
The Ubiquiti airMAX NanoStation 5AC Loco is a compact outdoor 5 GHz radio with an integrated directional antenna and one Gigabit Ethernet port. It is mainly used to create a wireless bridge between two suitable points or to connect a remote customer location to an airMAX network. It can suit small service-provider deployments, warehouses, compounds, villas, temporary sites and business premises that need focused connectivity without trenching fibre or copper. Before proceeding, buyers should confirm clear line of sight, required capacity, mounting height, local frequency rules, passive PoE arrangements, the matching device at the opposite end and whether installation or alignment assistance is required.
What the Loco5AC does
The radio sends and receives focused 5 GHz wireless signals through its integrated antenna. In a point-to-point design, two compatible radios can carry Ethernet traffic between buildings, gates, cameras, offices or other network locations. In a customer-premises role, it can connect to a suitable airMAX access point operated by a service provider or private network owner.
Because the antenna and radio are built into one weather-resistant enclosure, the deployment can remain compact. The device still requires careful mounting, alignment, channel planning, secure configuration and surge-aware cabling. It should not be treated as a general indoor Wi-Fi access point for phones and laptops.
Who should consider it
The Loco5AC may suit an organisation that needs a compact directional link and has a reasonably clear path between endpoints. Typical buyers include IT teams, system integrators, wireless internet providers, security installers, facilities managers and project contractors.
It is most appropriate when the intended distance, obstruction profile and required throughput fit the capabilities of a 13 dBi integrated radio. Buyers planning very long links, heavily obstructed paths, extremely high capacity or dense multi-client coverage may need a different antenna class, a sector access point, a larger dish, a licensed wireless solution or fibre.
Business challenges the radio can help address
Connecting separated buildings
Where two premises are within a suitable wireless path, a pair of radios may carry network traffic without opening roads, floors or landscaped areas for new cabling. A link survey should still compare wireless with fibre, leased circuits and existing conduit options.
Extending camera connectivity
Remote gates, perimeter poles and detached buildings can require network access for IP cameras. The wireless link must be sized for the aggregate camera bitrate, management traffic and future growth, while power and weather protection remain separate design concerns.
Serving remote customer premises
Wireless service providers can use compact customer-premises radios where the client has a suitable view of a compatible access point. Frequency planning, client count, airtime use, signal target and service-level expectations should guide the design.
Supporting temporary sites
Construction compounds, events and short-term operational areas may benefit from a removable wireless bridge. Mounting stability, safe cable routes, permissions, interference and the expected project duration need to be evaluated before deployment.
Core capabilities buyers should understand
Integrated directional design
The antenna and radio are combined, reducing the need to select a separate antenna and RF cable. Correct orientation remains essential because directional coverage is intentionally focused.
airMAX AC platform
The airMAX AC chipset is intended for managed outdoor wireless links. Real performance depends on spectrum, signal quality, channel width, protocol settings and the device at the other endpoint.
Gigabit Ethernet handoff
One Gigabit Ethernet port connects the radio to the local network and carries passive PoE power. The upstream switch, injector and cabling must be compatible with the required power method.
Management options
The device uses airOS and is UISP-ready, allowing local configuration and wider operational visibility where a UISP environment is used. Management design and remote-access security should be planned.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | Endpoints have a clear or well-modelled path and capacity needs fit a compact 5 GHz link. | Distance, mounting height, Fresnel clearance, matching radio and expected throughput. |
| Camera backhaul | Aggregate video traffic is known and the remote side has suitable power and switching. | Camera bitrate, retention design, surge protection and link resilience. |
| Wireless customer connection | A compatible airMAX access point, channel plan and client signal target are defined. | AP compatibility, sector loading, regional frequency rules and service profile. |
| Temporary project link | Mounting and cabling can be installed safely and removed later. | Permissions, weather exposure, project dates, support responsibility and relocation plan. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | airMAX NanoStation 5AC Loco |
| Model | Loco5AC |
| Product type | Compact outdoor 5 GHz airMAX AC radio |
| Dimensions | 179 Ă— 77.5 Ă— 59.1 mm |
| Weight | 180 g |
| Enclosure | UV-stabilised polycarbonate |
| Mounting | Pole mount included; verify any additional mounting accessory required |
| Network interface | One Gigabit Ethernet RJ45 port |
| Power method | Passive PoE, 2-pair; confirm injector or switch compatibility |
| Maximum power consumption | 8.5 W |
| Antenna gain | 13 dBi |
| Frequency | 5 GHz operating range is region dependent and subject to local regulation |
| Management | airOS with UISP readiness |
| Management radio | Dedicated Wi-Fi management radio is identified in official product documentation |
| Throughput guidance | The NanoStation AC platform is described with up to 450+ Mbps real TCP/IP throughput; actual Loco5AC link results are design and environment dependent |
| Availability | Contact FourTeck to confirm current UAE version, quantity and lead time |
| Important note | Do not assume the power injector, surge protection, mast, cabling or matching remote radio is included without quotation confirmation. |
Compatibility and dependency notice
A wireless link is a system rather than a single-product purchase. The Loco5AC must be paired with a suitable remote radio or compatible airMAX access point, correctly powered and connected to the local network. The selected channel, bandwidth, security settings and airMAX configuration must align across the link. Regional firmware and permitted frequencies can differ, so the exact sales region should be confirmed before ordering.
The radio uses passive PoE rather than automatically negotiating power in the same way as standard active PoE. Connecting an unsuitable power source can lead to non-operation or equipment risk. Confirm whether the quotation includes a compatible injector, local plug type, shielded outdoor cable, grounding, Ethernet surge protection, mounting hardware and any required switch. For managed deployments, determine whether the radio will be administered individually or through an existing UISP environment.
A practical purchase and deployment journey
Define the business outcome
State what must cross the link: office traffic, cameras, voice, internet access, operational systems or a mixture. Include current and expected future bandwidth.
Assess the path
Review endpoint coordinates, distance, elevation, roof access, obstructions, Fresnel-zone clearance and mounting height. A visual line of sight alone may not be sufficient for a stable design.
Select the complete bill of materials
Confirm radio quantity, matching endpoint, PoE equipment, outdoor cable, surge protection, grounding, mounting accessories and any switching required at both ends.
Install, align and secure
Mount the radios safely, route cable correctly, apply grounding and surge measures, align for the planned signal target, update firmware where appropriate and protect management access.
Test under realistic load
Measure signal, noise, modulation, retransmissions, latency and throughput. Verify application performance and document the final configuration for future support.
Focused antenna design and link planning
The integrated 13 dBi antenna gives the Loco5AC a directional role. This is useful when the goal is to send energy toward a defined remote endpoint rather than cover users in every direction. Directionality can improve the link budget and reduce exposure to some unwanted signals outside the antenna pattern, but it also makes alignment important. Small changes in mounting angle, pole movement or endpoint position can alter signal quality.
A buyer should therefore evaluate more than the straight-line distance. The path must provide adequate Fresnel clearance, which is the elliptical space around the direct line between antennas that contributes to radio propagation. Trees, roofs, cranes and terrain within this area can reduce performance even when the far radio appears visible. Seasonal foliage, new construction and moving equipment should also be considered for long-term links.
The Loco5AC can be a sensible compact choice for modest links, but it should not be chosen merely because a claimed maximum range appears sufficient. Link modelling, site information and the required availability target matter more than a single distance number. FourTeck can help translate endpoint information into a product recommendation and advise when a higher-gain radio or different architecture deserves consideration.
Capacity, interference and realistic performance
Official NanoStation AC documentation refers to up to 450+ Mbps real TCP/IP throughput for the platform. That figure should be understood as a maximum platform statement under suitable conditions rather than a guaranteed result for every Loco5AC deployment. Usable throughput is affected by channel width, modulation rate, signal-to-noise ratio, interference, protocol overhead, traffic direction and the capability of the remote radio.
The 5 GHz band can offer useful channel options, yet urban and industrial areas may contain many competing radios. A wide channel may offer higher peak capacity but consume more spectrum and become more exposed to interference. A narrower channel can improve spectral efficiency and stability in some environments while reducing headline throughput. The correct choice depends on the application rather than a preference for the largest number.
For video surveillance, estimate aggregate camera traffic with allowance for scene complexity, frame rate, codec behaviour and future additions. For office connectivity, consider upload and download needs, latency-sensitive applications and peak concurrent demand. For provider use, examine client load and airtime fairness at the access point. These calculations help determine whether the Loco5AC is correctly sized or whether another airMAX radio, fibre link or licensed wireless system is more appropriate.
Management, security and operational control
The Loco5AC uses Ubiquiti airOS and is positioned as UISP-ready. This gives operators configuration and monitoring options suited to outdoor wireless networks. Local administration may be adequate for a single bridge, while a service provider or organisation with multiple sites may benefit from central visibility through an existing UISP deployment. The management approach should be decided before rollout so naming, addressing, credentials, backups and update practices remain consistent.
Security starts with changing default or temporary credentials, restricting management access, using an appropriate encrypted wireless configuration, maintaining firmware and documenting ownership. Management interfaces should not be unnecessarily exposed to the public internet. Remote support may require a secure VPN, management network or controlled jump-host arrangement rather than open access.
Operational teams should record signal levels, channel settings, firmware version, IP addressing, physical location, cable route and responsible contact. Baseline measurements make future troubleshooting easier because engineers can distinguish a new fault from the normal characteristics of the link. FourTeck can discuss whether the quotation should include initial configuration, remote monitoring preparation, documentation or post-installation assistance.
Ideal business environments and use cases
Warehouses and logistics yards
Connect detached offices, gatehouses, weighbridge systems or surveillance points when the path is suitable and construction work for cable is impractical.
Commercial compounds
Bridge administration buildings, workshops and service areas while keeping traffic segmented and managed through the organisation’s switching and firewall design.
Villas and private properties
Extend network connectivity to a guest house, gate, external office or remote camera location, subject to line of sight, permissions and safe installation.
Construction and temporary operations
Create a relocatable connection between the site office and a remote service point where mounting, power and spectrum conditions can be controlled.
Wireless service providers
Use as a compact customer-premises device in a properly engineered airMAX network with compatible access points, capacity planning and support procedures.
Hospitality and remote facilities
Link an outbuilding or operational area where the expected service level can be met by an unlicensed 5 GHz bridge and an alternate path is not mandatory.
Integration and operational considerations
The Ethernet side of the radio connects to the wider network, so VLANs, IP addressing, DHCP behaviour, routing and firewall policies must be planned according to the chosen operating mode. A transparent bridge can extend Layer 2 traffic between sites, but extending a broadcast domain may not always be desirable. In larger networks, routed boundaries and carefully defined VLANs can provide better control and troubleshooting.
The upstream switch port should match the design for speed, VLAN tagging and power. Because the radio uses passive PoE, buyers must verify the injector or power source rather than assuming any PoE switch port will work. Outdoor Ethernet should use suitable cable, weatherproof entry methods and surge protection. Grounding practices and local electrical requirements should be considered by the installer.
For resilient operations, decide what happens if the wireless link fails. Critical sites may need a secondary radio path, mobile backup, alternate fibre route or application-level contingency. The Loco5AC itself can be part of a reliable design, but business continuity depends on the complete architecture, installation quality, monitoring and response process.
Buyer questions to resolve before ordering
Coordinates, approximate distance and elevation support path review and product sizing.
List cameras, users, applications, peak demand and expected growth rather than quoting internet speed alone.
Confirm compatibility with the opposite radio or access point and avoid mixing assumptions from similar models.
Identify the passive PoE injector or compatible source, local socket availability and cable length.
Safe roof access, mounting, surge protection and final testing may require a professional installation scope.
Choose local administration or integration with an existing UISP environment, and define credential ownership.
Procurement checklist
âś“ Confirm the exact Loco5AC model and regional version.
âś“ State the required quantity and whether a paired link is needed.
âś“ Provide endpoint coordinates, distance and proposed mounting heights.
âś“ Define current and future throughput requirements.
âś“ Confirm the matching radio or airMAX access point.
âś“ Verify passive PoE injector or switch compatibility.
âś“ Include outdoor cable, connectors and weatherproofing requirements.
âś“ Confirm surge protection and grounding scope.
âś“ Identify pole, wall or specialised mounting needs.
âś“ Decide whether pre-configuration or UISP preparation is required.
âś“ Include installation, alignment and testing where needed.
âś“ Confirm current availability, lead time and warranty terms in the quotation.
How FourTeck can assist
FourTeck can help a buyer move from a product name to a complete and reviewable requirement. Assistance can include confirming whether the Loco5AC is appropriate for the intended distance and traffic, identifying the matching endpoint, checking passive PoE needs, preparing a bill of materials and defining whether configuration, installation or testing should be part of the quotation.
For organisations comparing wireless with fibre or other radio options, FourTeck can discuss the decision factors without assuming that one technology fits every site. A compact airMAX link may be attractive for speed of deployment and reduced civil work, while fibre can offer different capacity and interference characteristics. The correct choice depends on site access, required service level, expected life, budget and operational responsibility.
Use the FourTeck contact page to share the deployment details. Buyers can also review the wider technology product portfolio and discuss installation or configuration requirements through the business technology services section.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact Ubiquiti Loco5AC version and required quantity. Availability can depend on the regional model, vendor supply, quantity, accessory list and project timing. A quotation should clearly state whether it covers the radio only or also includes the power injector, mounting components, cabling, surge protection, configuration and installation support.
Delivery and project coordination can be discussed after the requirement is confirmed. For a useful response, provide the destination, quantity, endpoint details, desired completion window and any site-access constraints. Warranty terms should be reviewed in the final quotation rather than assumed from another country or reseller listing.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses planning Loco5AC deployments in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck for requirement review, quotation coordination and discussion of optional installation or configuration scope. Site conditions differ considerably across warehouses, villas, commercial compounds, towers and temporary project areas, so the same product quantity does not automatically represent the same deployment effort. Share the exact location, roof or pole access, cable route, link distance and operational objective. FourTeck can then help define whether the project requires only hardware supply, a prepared bill of materials, pre-configuration, onsite alignment, testing or documentation. Product availability and scheduling remain subject to confirmation for the specific requirement.
GCC availability
FourTeck can assist organisations evaluating the Ubiquiti Loco5AC for projects across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The support discussion can cover the intended wireless link, model selection, matching endpoint, accessory requirements, quotation coordination, configuration scope and installation planning. A regional project should not assume that frequency permissions, plug types, warranty handling, lead times or service arrangements are identical in every country.
Product availability, delivery planning, onsite work and vendor lead time can vary by destination, quantity and project conditions. Buyers should share the destination country, exact quantity, required completion schedule, preferred deployment model and any local contractor or site-access requirements. For Kuwait-related technology enquiries, the FourTeck Kuwait resource may also support regional coordination. Final product, licensing, delivery and service details should be confirmed in the country-specific quotation.
Africa availability
FourTeck can help organisations in Africa review whether the Loco5AC is suitable for a planned outdoor connection and identify the associated radios, PoE equipment, mounting accessories, cabling and configuration work. This may be relevant to offices, schools, logistics sites, hospitality properties, service providers and remote facilities in East Africa and other regions where wireless bridging is being considered.
Fulfilment and deployment requirements can vary with destination, quantity, regional frequency rules, power standards, shipping arrangements, site access and local installation capability. Buyers should provide the destination country, endpoint information, expected throughput, quantity, preferred schedule and support expectations. FourTeck resources for Kenya technology requirements, Uganda project enquiries and broader Africa technology coordination can support the discussion. Local inventory, customs outcomes and onsite coverage should not be assumed until the specific requirement is reviewed.
Related options and complementary services
NanoStation 5AC
Consider the larger NS-5AC when additional antenna gain, dual Ethernet interfaces or its specific mounting and power characteristics better fit the project. Confirm exact differences before substitution.
NanoBeam or PowerBeam options
Higher-gain integrated radios may suit longer or more demanding paths. Selection should follow link modelling, interference review and capacity requirements rather than appearance.
airMAX access-point design
A point-to-multipoint network requires a suitable access point, sector antenna or integrated AP and an airtime plan. Do not treat two-radio bridge assumptions as a provider network design.
Outdoor cabling and protection
Shielded cable, weatherproofing, grounding and Ethernet surge protection can be as important as the radio. Include these items in the bill of materials where required.
Configuration and alignment
Pre-configuration, onsite mounting, antenna alignment, throughput testing and documentation can be quoted as separate project scope according to site conditions.
Network and firewall integration
The wireless bridge should connect into an appropriate switching, VLAN, routing and security design. Review the wider FourTeck network and security site.
Why businesses contact FourTeck
Business buyers often need more than a unit price. They need confidence that the selected radio matches the path, connects correctly to the opposite endpoint, receives the correct power and includes the accessories required for a safe deployment. FourTeck can help clarify these questions before the purchase order is raised.
The discussion can include model selection, quantity, bill-of-material guidance, link information, compatibility review, quotation coordination, installation planning, configuration scope and support expectations. These are practical procurement activities rather than blanket performance promises. The final recommendation depends on the information supplied by the buyer and any site assessment included in the scope.
Frequently asked questions
Is the Loco5AC a normal indoor Wi-Fi access point?
No. It is a directional outdoor airMAX radio intended for wireless links and customer-premises applications. It is not primarily designed to provide general indoor Wi-Fi coverage to phones and laptops.
Do I need two Loco5AC units for a bridge?
A point-to-point bridge requires compatible radios at both endpoints. Two Loco5AC units may be suitable in some designs, but the exact pairing should be confirmed against distance, capacity and existing equipment.
What range can the Loco5AC achieve?
Range cannot be confirmed from the product name alone. It depends on line of sight, Fresnel clearance, interference, channel settings, mounting height, regional power limits and the remote radio. A link assessment is recommended.
Is 450+ Mbps guaranteed?
No. That is a platform-level maximum statement under suitable conditions. Actual throughput varies with signal quality, spectrum, channel width, configuration, traffic pattern and the capability of both endpoints.
Does the radio use standard PoE?
The Loco5AC uses passive PoE. Buyers should verify the exact voltage and pin arrangement of the injector or switch source and should not assume every active PoE port is compatible.
Is the PoE injector included?
Included components can vary by pack, region and seller. The quotation should explicitly state whether the injector, power cord, mounting strap and other accessories are included.
Can it be managed with UISP?
The product is described by Ubiquiti as UISP-ready. Confirm the current software, firmware and integration requirements for the organisation’s UISP environment before deployment.
Can FourTeck install and align the link?
Installation, configuration, alignment and testing can be discussed as quotation scope. Feasibility and scheduling depend on site access, location, mounting conditions and the agreed work.
How do I confirm Dubai availability and price?
Provide the required quantity, regional destination, accessory list and expected timeline. FourTeck can then confirm the current quotation and lead-time guidance for the specific request.
What information is needed for an accurate quote?
Share endpoint locations, distance, throughput target, quantity, existing remote device, power method, mounting requirement and whether configuration or installation support is required.
Confirm whether the Loco5AC fits your link
Send FourTeck the endpoint details, expected capacity, required quantity and deployment location. The response can cover model suitability, compatible endpoint options, accessories, current UAE availability and optional configuration or installation scope.
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