Wi-Net Connect provides warehouse Wi-Fi installation for UK warehouses, distribution centres and 3PL sites: survey, design, installation and ongoing support. Every network is engineered around your racking, your device fleet and the way your people and vehicles move, so handheld scanners, forklift terminals, AGVs and your warehouse management system stay connected, shift after shift. We are vendor-agnostic, so we work with the Wi-Fi vendor of your choice and supply RUCKUS where new hardware is needed.
Most scanner drop-outs between aisles are roaming problems. Fast roaming standards (802.11r, 802.11k and 802.11v) must be supported by your devices and configured on the network.
Directional antennas aimed down aisles usually outperform omnidirectional access points mounted at roof height in racked space.
A predictive design, an on-site Wi-Fi survey and a post-install validation survey are the only reliable way to size and prove a warehouse network.
In a warehouse, Wi-Fi is the link between every scan, every pick and your WMS. When it drops, the cost is throughput, labour hours and orders that miss the van. Our calculator shows what poor warehouse Wi-Fi is costing your operation. These are the reasons standard installs struggle.
Metal racking reflects Wi-Fi, while stock such as liquids, paper and dense product absorbs it. As pallets move in and out, coverage that looked fine on survey day can shift by the afternoon, leaving Wi-Fi dead zones in the aisles.
Access points can report healthy while devices on the floor struggle. The first sign is often a picker tapping a scanner three times, or a shift that simply runs slow.
Warehouse Wi-Fi works when it is designed for coverage, capacity and roaming at the height and speed your devices operate. As warehouse Wi-Fi specialists, that is how we design every network.
Typical Wi-Fi install vs Wi-Net Connect warehouse design
| Design factor | Typical Wi-Fi install | Wi-Net Connect warehouse design |
|---|---|---|
| Access point placement | Omnidirectional APs at maximum ceiling height | Directional antennas aimed down aisles, APs placed for the height devices work at |
| Survey | Skipped, or done on an empty floor | Predictive design, on-site survey and post-install validation |
| Frequency band | 2.4 GHz left carrying operational traffic | 5 GHz-first channel plan built for device density |
| Design goal | Coverage only | Coverage, capacity and roaming together |
| Roaming | Left at vendor defaults | Tuned and tested against your scanner fleet |
| Device security | One shared Wi-Fi password on every scanner | Per-device keys (such as RUCKUS DPSK) or 802.1X certificates, so a lost device can be revoked without re-keying the fleet |
| After go-live | Installer leaves | Optional Wi-Fi Assurance monitors performance from the device’s point of view |
Warehouse Wi-Fi installation as one engineering-led process, delivered end to end: wireless, switching, cabling and firewalls, with no hand-offs between contractors.
We capture your floor plans, racking heights, stock profile, devices, WMS and applications, then model the site in Ekahau to produce a predictive Wi-Fi design and budget.
An engineer measures how your racking and stock actually behave, testing AP and antenna positions on site so the final Wi-Fi survey reflects real operating conditions.
We install and configure access points, antennas, switching and cabling, scheduled around your maintenance windows. We supply RUCKUS hardware and work with other vendors if you have a preferred platform.
A post-install validation survey proves coverage, capacity and roaming against the design. Wi-Fi Assurance can then monitor it continuously from the device's point of view.
Handover isn’t a green dashboard. Before sign-off we test the measures your operation actually feels, with targets agreed with you at design stage and tested against your own devices and applications.
Warehouse Wi-Fi acceptance measures
| Measure | What it tells you | How we test it |
|---|---|---|
| Coverage at working height | Whether devices get a usable signal where they are actually used | Validation survey along pick routes, forklift routes and dock transitions |
| Roaming time | Whether scanners and vehicles hand over between access points without dropping sessions | Walk and drive tests with your own devices across aisles and zones |
| Packet loss and latency | Whether WMS transactions, voice and AGV traffic complete without retries | Application testing on live devices during normal operating conditions |
| Capacity under load | Whether the network holds up at peak shift and peak season device counts | Testing with realistic device numbers, not an empty building |
| Ongoing experience | Whether performance drifts after go-live as layouts and devices change | Continuous client-side monitoring with Wi-Fi Assurance |
Warehouse Wi-Fi has moved well beyond a few scanners and laptops. We design for the full mix of devices a modern site runs, from reliable warehouse scanner connectivity to AGVs, and for the ones you plan to add next.
Pick, pack and goods-in
Forklifts and reach trucks
Automation and robotics
Asset tracking and sensors
Real-time stock and orders
Wi-Fi calling, Teams
Packing and despatch
Segmented and secure
AGVs, AMRs and automated picking systems depend on a constant connection to their fleet manager and your WMS. When that connection drops, robots pause and the flow behind them stops. Our founder has designed and optimised Wi-Fi supporting automation and robotics at scale, and every Wi-Net Connect design treats robot traffic as mission-critical from day one.
Robots follow set paths and expect a usable signal at every point. We design coverage along the routes they actually travel, including racking, conveyor and charging areas.
Robots move continuously between access points. Handovers are designed and tested so fleet communication doesn't stall mid-route.
Every robot you add adds traffic. We plan capacity for the fleet you're growing into, not just the one you have today, so expansion doesn't mean a redesign.
The right mix depends on the devices you run, so we check every model in your fleet before the channel plan is set.
Wi-Fi frequency bands compared for warehouse use
| Band | Strengths | Typical warehouse role |
|---|---|---|
| 2.4 GHz | Longer range; supported by almost every device | Legacy scanners and some IoT sensors only |
| 5 GHz | Many more channels, higher capacity, less interference | Primary band for scanners, vehicle terminals, AGVs and WMS traffic |
| 6 GHz (Wi-Fi 6E and 7) | Clean spectrum with wide channels and very high capacity | Future-proofing and newer devices, once your fleet supports it |
We provide a fixed quote once the survey has confirmed the design, so you only pay for the access points your site actually needs.
Warehouse Wi-Fi is a wireless network designed specifically for warehouses, distribution centres and logistics sites. Unlike office Wi-Fi, it has to deliver reliable coverage, capacity and fast roaming through metal racking, high ceilings and changing stock levels, so handheld scanners, forklift terminals, AGVs and the warehouse management system stay connected while people and vehicles move.
Office Wi-Fi is usually omnidirectional access points on a low ceiling serving people who sit still. A warehouse has high ceilings, dense metal racking, stock that absorbs or reflects signal, and devices moving at speed. Access points mounted at roof height often cover the empty space above the racking well and the aisle floor badly, so warehouse designs typically use directional antennas aimed down aisles and careful roaming configuration.
It depends on floor area, racking height and density, what is stored, ceiling height, the number of concurrent devices and whether you need coverage in cold stores, yards or mezzanines. Rules of thumb based on square footage alone are unreliable in racked space. A predictive design followed by an on-site survey gives you a real access point count and placement before you buy hardware.
For most modern warehouses, 5 GHz should carry the operational traffic. 2.4 GHz has only three non-overlapping channels and suffers more from interference, while 5 GHz offers far more channels for dense, well-planned coverage. Some older scanners and IoT devices still need 2.4 GHz, so we check your device fleet during discovery and design each band for what actually uses it.
Usually because roaming is not working properly. As a scanner or forklift moves, it has to hand over from one access point to the next. If fast roaming standards (802.11r, 802.11k and 802.11v) are not supported by the device or configured on the network, or access points are placed so devices cling to a distant signal, the handover takes too long and WMS sessions time out. We design AP placement for clean handovers and test roaming with your own devices.
It is best avoided. A single shared password means a lost or stolen scanner can only be locked out by changing the password on every device. Per-device keys, such as RUCKUS Dynamic PSK, or 802.1X certificate authentication let you revoke one device without disrupting the rest of the fleet.
Often, yes. We start by surveying and troubleshooting what you already have. Where the existing access points, cabling and switching are suitable, we redesign placement, antennas and configuration around them and only replace what is holding the network back. Any cutover is phased so live operations keep running.
Changes to racking, stock profile or device numbers change how the signal travels, so a network that worked at go-live can degrade. We recommend a validation survey after any significant layout change, and Wi-Fi Assurance monitors performance continuously so drift is caught before it reaches the floor.
Wi-Net Connect is vendor-agnostic. We work with the vendor of your choice, including Cisco, Meraki, Fortinet, Juniper Mist, Ubiquiti and others, so you can keep the platform you already run. The hardware we supply ourselves is RUCKUS: as a RUCKUS Networks partner, we design and install RUCKUS warehouse Wi-Fi where new equipment is needed.
Wi-Net Connect surveys, designs and installs warehouse Wi-Fi for sites across the UK, including multi-site operators that want a consistent standard at every location.
Wi-Fi scaled across large indoor & outdoor environments, keeping guests connected throughout.
Continue ReadingDesigned for the aisle, the forklift and the scanner. Not just the ceiling.
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