Outdoor 2.4 GHz Wireless CPE
Ubiquiti Loco2 in Dubai, UAE
The Ubiquiti Loco2, usually referenced by its official model name LocoM2, is a compact airMAX radio built for directional outdoor connectivity in the 2.4 GHz band. It can support practical links between buildings, remote work areas, small sites and compatible point-to-multipoint networks when the link is carefully planned and local radio conditions are understood.
2.4 GHz
Integrated directional
24 V passive PoE
Planned outdoor links
Direct answer for buyers
Ubiquiti Loco2 is a compact outdoor wireless CPE used mainly to create a directional 2.4 GHz connection between compatible network points. It may suit organisations that need to bridge modest-bandwidth traffic across a yard, between nearby buildings, to a gatehouse, workshop, farm area or remote office without trenching new cable. It should be considered only after checking line of sight, interference, mounting, power and compatibility with the opposite radio. Buyers should also confirm whether a pair of devices is required, whether the existing base station uses compatible airMAX M technology, and whether 2.4 GHz is appropriate for the location. FourTeck can assist with requirement review and quotation coordination.
What the LocoM2 does
The LocoM2 combines a 2.4 GHz radio, directional antenna, Ethernet interface and embedded airOS management in one outdoor enclosure. This arrangement reduces the number of external components needed at the mounting point. In a point-to-point design, one radio can be placed at each end of a clear path to carry network traffic between two locations. In a point-to-multipoint design, it can operate as a compatible client device connecting back to a suitable base station.
It is not a replacement for a modern indoor Wi-Fi access point intended to serve many phones and laptops. Its strength is directional outdoor networking, where alignment, radio planning and a defined endpoint matter more than broad indoor coverage.
Who should consider it
The product may be relevant to small businesses, property operators, installers, farms, workshops, warehouses, schools, remote site managers and service providers that already understand or use the airMAX M platform. It can also be considered for legacy network expansion where compatibility with an existing 2.4 GHz deployment is more important than obtaining the highest current throughput.
Organisations planning a new high-capacity backhaul should compare newer 5 GHz or current-generation wireless bridge alternatives. The correct choice depends on spectrum conditions, required speed, distance, physical obstructions, future growth and the equipment already installed.
Business challenges it can help address
Connecting separate buildings
A planned wireless bridge can carry network access across a yard or property where installing fibre or copper would be disruptive. Clear line of sight and suitable mounting remain essential.
Reaching a remote work area
The directional radio can support a gatehouse, workshop, storage area or other modest-bandwidth endpoint when the radio path and power arrangement are practical.
Extending an existing airMAX M network
Where an organisation already operates compatible Ubiquiti M-series infrastructure, the LocoM2 may provide a compact client option. Firmware and operating-mode compatibility should be checked.
Avoiding unnecessary civil work
Wireless connectivity can reduce the need for trenching, but it does not remove the need for proper poles, brackets, shielded cabling, grounding, weather protection and safe installation.
Core capabilities at a glance
Directional 2.4 GHz radio
Designed to focus wireless energy toward a defined endpoint rather than provide broad omnidirectional coverage.
airMAX M platform
Supports Ubiquiti’s established TDMA-based outdoor wireless architecture when paired with compatible devices and settings.
Compact outdoor enclosure
Uses UV-stabilised plastic and includes pole-mounting support for appropriate outdoor placement.
Passive PoE power
Power and data travel over one Ethernet cable, subject to correct injector voltage, wiring and cable specification.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building link | Bandwidth demand is modest and a clear path is available. | Distance, Fresnel clearance, interference and whether two radios are required. |
| Legacy airMAX expansion | The base station and firmware support the intended M-series mode. | Frequency plan, channel width, security and management expectations. |
| Remote camera or gate device | Aggregate traffic stays within practical radio and Ethernet limits. | Camera bitrate, switch needs, surge protection and power at the endpoint. |
| New high-speed backhaul | Usually not the first choice where modern high throughput is essential. | Compare current 5 GHz airMAX AC or other bridge options. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Official model | LocoM2 / airMAX NanoStation M2 loco |
| Product type | Outdoor 2.4 GHz wireless CPE |
| Networking interface | One 10/100 MbE RJ45 port |
| Antenna | Integrated dual-polarisation directional antenna, approximately 8.5 dBi |
| Power method | 24 V passive PoE, two-pair |
| Power supply | 24 V, 0.5 A PoE adapter listed as included by the manufacturer; regional package should be confirmed |
| Maximum power consumption | 5.5 W |
| Dimensions | 161 × 31 × 80 mm |
| Weight | 180 g |
| Mounting | Pole-mount kit listed as included |
| Operating temperature | -30°C to 75°C |
| Important note | Permitted channels, output power and deployment conditions are region dependent. Confirm local configuration and professional installation requirements. |
Compatibility, power and scope dependencies
The name “Loco2” is frequently used informally, but the exact unit should be confirmed as LocoM2 before quotation. It must not be confused with LocoM5, Loco5AC or the larger NanoStation M2. These products operate in different bands, use different generations of airMAX technology or provide different interfaces. A visually similar enclosure does not guarantee radio compatibility.
The device uses 24 V passive PoE rather than standard active 802.3af/at negotiation. Connecting it to an unsuitable power source can cause failure or damage. The proposed injector, PoE switch, surge protection, cable and grounding arrangement should therefore be reviewed as one system. Outdoor Ethernet runs should use suitable shielded cable and grounding practices. Local regulations, site safety and mounting permissions also apply.
Actual link performance is not determined by the radio alone. Distance, antenna alignment, Fresnel-zone clearance, channel width, neighbouring networks, obstructions, weather exposure, cable quality and configuration all affect results. No fixed range or throughput should be assumed without a site-specific link assessment.
A practical deployment journey
Define the traffic
List the applications, devices and expected peak bandwidth. A camera link, office extension and guest network have different priorities.
Survey the radio path
Check line of sight, mounting height, obstructions, interference and practical cable routing at both endpoints.
Confirm the bill of materials
Determine radios, injectors, brackets, outdoor cable, surge protection, grounding items and network-side equipment.
Configure and align
Apply compatible modes, security, addressing and channel settings, then physically align the radios using measured signal data.
Test and document
Validate stability and useful throughput under load, record credentials securely and document mounting and power arrangements.
Directional coverage and radio planning
The integrated antenna is directional, which is valuable when the intended endpoint is known. Focusing the signal helps concentrate energy along the link path and can reduce reception from some unwanted directions. Directionality, however, also makes alignment important. A device mounted at the wrong angle may show acceptable connectivity during setup but experience weak modulation rates, retries or instability when traffic increases.
The 2.4 GHz band can travel well around some minor obstacles, yet it is often heavily used by indoor Wi-Fi, Bluetooth and other equipment. A spectrum check is therefore more useful than assuming that lower frequency automatically means a better link. In a busy commercial area, a newer 5 GHz solution may provide more usable channels, while in a rural environment the 2.4 GHz option may remain practical. The decision should come from measured conditions and required service quality.
A proper survey should consider the full Fresnel zone, not only whether one mounting point can visually see the other. Objects close to the radio path can reduce signal quality even when direct line of sight appears open. Mounting height, nearby metalwork, trees, roof edges and vehicles can all influence the link. FourTeck can help buyers identify the information needed before equipment selection and can include configuration or installation planning in the quotation where required.
Management, operating modes and network control
The LocoM2 uses Ubiquiti airOS for local device configuration. Depending on the network design, it can be set for access-point, station, bridge or routing-related roles supported by its firmware. The correct mode should be selected deliberately. A transparent bridge may be appropriate when the remote location must remain part of the same Layer 2 network, while a routed design can separate broadcast domains and simplify some security policies.
Management planning should include IP addressing, administrator credentials, firmware status, time settings, logging and a recovery procedure. Devices mounted outdoors or at remote locations should not be treated as “set and forget” equipment. Configuration backups and an accurate installation record reduce future troubleshooting time. Remote management access must be protected and should not be exposed unnecessarily to the public internet.
Where multiple airMAX devices are operated, central monitoring options may be considered, but compatibility can depend on firmware generation and platform support. Buyers should confirm whether their current monitoring system recognises the LocoM2 and whether the product remains appropriate for the intended lifecycle. A new deployment expected to remain in service for many years may justify comparing newer product generations before ordering.
Power, cabling and outdoor reliability
Passive PoE simplifies installation by carrying power and data over one Ethernet cable, but it demands careful component selection. The injector must provide the correct voltage and pin arrangement. The maximum cable distance must account for voltage drop, cable conductor quality and the environmental conditions along the route. Indoor patch cable is not suitable for exposed outdoor runs.
Shielded outdoor-rated Ethernet cable, suitable connectors, drip loops, grounded surge protection and correct building-entry practices are important parts of a professional installation. The radio enclosure is designed for outdoor use, yet the complete link is only as reliable as its mounting, cable termination and grounding. Dubai heat, sun exposure, dust and rooftop conditions should be considered when choosing the mounting location and routing cable.
The included pole-mount arrangement is useful for common installations, but non-standard walls, parapets or masts may require additional brackets. The installer should ensure that the mount is structurally secure and that adjustment remains possible during alignment. Work at height, roof access and electrical grounding must follow site safety requirements. These services are variable in scope and should be listed explicitly in the quotation.
Suitable environments and use cases
Warehouses and yards
Link an office network to a nearby gate, storage area or service building where cable installation is impractical and bandwidth needs are moderate.
Farms and remote facilities
Connect a pump room, workshop, staff area or monitoring point when there is a stable power source and a suitable radio path.
Small hospitality or education sites
Carry connectivity between separate structures, subject to network segmentation, user load and interference planning.
Legacy WISP client links
Add or replace a compatible client in an existing airMAX M environment after checking regional model, firmware and base-station settings.
Questions to resolve before ordering
A useful quotation begins with the intended outcome rather than the model name alone. Share the two endpoint locations, approximate distance, mounting height, line-of-sight conditions and the number of devices that will use the link. State whether the LocoM2 must connect to an existing Ubiquiti base station or whether a complete new bridge is required. Also identify the applications that will cross the link, such as cameras, voice, internet access, building systems or general office traffic.
FourTeck should also know whether shielded cable, surge protection, poles, brackets, injectors, switches, configuration, site survey, installation, alignment or post-installation testing are part of the requirement. Where the equipment will be exported, provide the destination country so regional radio settings, power accessories and fulfilment considerations can be reviewed.
Procurement checklist
☐ Confirm exact model: LocoM2 rather than LocoM5 or Loco5AC
☐ Required quantity and whether radios are needed at both ends
☐ Link distance and clear line of sight
☐ Expected traffic and practical bandwidth target
☐ Existing base-station model and firmware
☐ Preferred operating mode and IP design
☐ 24 V passive PoE source
☐ Outdoor shielded Ethernet cable length
☐ Surge protection and grounding plan
☐ Pole, wall or custom mounting hardware
☐ Installation, alignment and testing scope
☐ Destination, delivery coordination and required timeline
How FourTeck can assist
FourTeck can help translate a basic request for “Ubiquiti Loco2 Dubai” into a clearer bill of materials and project scope. The process can include confirming the exact model, reviewing the intended topology, checking whether one or two radios are required, identifying suitable power and cabling items, and discussing whether the requested link is realistic for the environment.
For buyers replacing an existing unit, photographs of the product label, mounting position, PoE injector and configuration screen can reduce the risk of ordering the wrong generation. For new links, a simple site drawing and endpoint coordinates can support early planning. Where more detailed validation is needed, site survey, installation and alignment requirements can be discussed separately.
Visit the FourTeck technology products page to review related infrastructure options, or explore installation and configuration services. For company background, see about FourTeck.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact LocoM2 model. Availability can depend on hardware revision, regional variant, quantity, supplier position and vendor lead time. Because “Loco2” is sometimes used as a general shorthand, model confirmation is important before a purchase order is raised. FourTeck can coordinate quotation, delivery planning and optional configuration or installation scope after the requirement is defined.
For projects across Dubai, Abu Dhabi, Sharjah and Ajman, buyers should provide the deployment location, access conditions and expected timeline in one request. This helps separate simple product supply from projects that require rooftop access, mounting, cable work, alignment or network integration. No delivery or installation date should be assumed until the exact model, quantity and project scope are confirmed.
GCC Availability
FourTeck can assist organisations evaluating the Ubiquiti LocoM2 for projects across the GCC, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance can cover requirement review, model confirmation, quotation coordination, passive PoE and accessory planning, configuration scope and regional delivery discussions. Buyers should state the destination country, exact quantity, intended use, link distance and preferred project timeline. Product availability, permitted radio settings, power accessories, delivery schedules, service visits and vendor lead times may vary by country and requirement. Where the LocoM2 is intended to connect to an installed airMAX network, the existing base-station model and firmware should be included in the enquiry. For Kuwait-related coordination, buyers may also review FourTeck Kuwait technology support. Customs outcomes, local inventory and installation dates must be confirmed separately rather than assumed.
Africa Availability
Businesses and project teams in Africa can contact FourTeck for guidance on LocoM2 supply, compatible accessories, deployment planning and configuration scope. The product may be considered for selected remote-site, agricultural, campus or building-link requirements, but suitability should be evaluated against local spectrum conditions, climate, mounting, power quality and expected traffic. Availability and fulfilment can depend on the destination, model revision, quantity, license or regional settings, shipping arrangements, vendor lead time and local project conditions. Buyers should share the destination country, exact device quantity, link objective, deployment schedule and any installation or support expectation. FourTeck resources for Africa technology projects, Kenya requirements and Uganda requirements can support regional enquiries. Local inventory, customs clearance, onsite coverage and delivery dates are subject to confirmation.
Related products and services to consider
LocoM5
A 5 GHz M-series alternative for compatible legacy deployments. Frequency and interference conditions should guide selection.
Loco5AC
A newer 5 GHz airMAX AC option that may suit projects requiring greater throughput. It is not directly interchangeable in every legacy design.
Outdoor cabling and surge protection
Shielded cable, grounding and suitable protection are important for dependable outdoor installations.
Wireless link survey
Site information, spectrum review and path assessment can reduce the risk of choosing an unsuitable band or mounting point.
Installation and alignment
Professional mounting, cabling, grounding, configuration and measured alignment can be added to the project scope.
Why businesses contact FourTeck
Wireless bridge purchases often fail when the model is selected before the link requirement is understood. FourTeck helps buyers clarify whether the request is for a single replacement unit, a complete paired bridge, a point-to-multipoint client or a wider outdoor network. This supports more accurate model selection and quotation.
Assistance can also cover compatibility review, power and mounting items, installation planning, configuration scope and delivery coordination. These services are not automatically included in every product quotation; they should be requested and defined. To discuss the requirement, use the FourTeck contact page.
Frequently asked questions
Is Ubiquiti Loco2 the same as LocoM2?
In many buyer enquiries, “Loco2” refers to the Ubiquiti NanoStation Loco M2. The product label and part number should still be checked before ordering.
Can the LocoM2 create a point-to-point bridge?
Yes, two compatible radios can be configured for a point-to-point link. Actual suitability depends on distance, line of sight, interference, configuration and required throughput.
Does one unit provide a complete link?
Not normally for a new point-to-point bridge. A radio is generally required at each endpoint, although a single unit may connect to an existing compatible base station.
Does it use standard PoE?
The LocoM2 uses 24 V passive PoE. It should not be connected to an unknown PoE source without checking voltage and wiring compatibility.
What speed should a buyer expect?
No fixed real-world speed should be promised. The 10/100 Ethernet port, radio conditions, channel width, distance and interference all affect useful throughput.
Is it suitable for indoor Wi-Fi coverage?
It can operate as a wireless access device, but its directional outdoor design is not the usual choice for broad indoor user coverage. A suitable indoor access point is generally more appropriate.
Can it connect to Loco5AC?
These devices operate in different frequency bands and technology generations, so they should not be assumed to form a compatible radio link. The full design must be checked.
Is installation included?
Product supply and installation are separate scope items unless the quotation states otherwise. Mounting, cabling, grounding, configuration and alignment can be discussed.
How can I confirm UAE availability?
Provide the exact model, quantity, destination and required timeline to FourTeck. Availability can vary by region, revision and vendor lead time.
What information is needed for a quotation?
Share quantity, endpoint locations, distance, line of sight, traffic requirement, existing equipment, power arrangement and whether installation or configuration is required.
Confirm the right wireless bridge before ordering
Send FourTeck the exact model, quantity, link distance, endpoint details and required services. The team can help coordinate a suitable quotation and clarify current UAE availability.
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