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Logistics & Transportation

Rugged Hardware for Logistics & Transportation

From distribution-centre picking to last-mile delivery — rugged devices specified by operators who have deployed these fleets for 25 years.

1–3 day UPS delivery

EU stock, 40+ countries

Pre-configured

OS imaging, MDM, asset tags

 

12-mo / 3-yr warranty

Pre-Owned / New In Box

Quick Answer

Logistics operations run on two hardware profiles: wearable and handheld scanners for picking and packing inside the warehouse, and rugged tablets and vehicle-mount computers for yard, in-cab and last-mile work. Zebra ET40/ET45 and ProGlove wearables dominate warehouse workflows; Getac V110, Toughbook 40 and Dell Pro Rugged 13 handle in-cab and delivery use. All must survive daily drops, temperature swings, gloved use and 8–12 hour shifts.

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At-a-glance comparison

Featured devices side-by-side

Featured devices side-by-side
Device Form factor OS Ruggedness Integrated scanner Best for
Zebra ET40 / ET45 8″/10″ tablet Android Fully rugged Yes Inbound receiving and put-away, WMS on-screen
ProGlove wearable Back-of-hand scanner Firmware Fully rugged Yes High-volume picking, both hands on the goods
Honeywell CT40 Handheld computer Android Fully rugged Yes Pick-and-pack walking routes, one-handed scanning
Zebra ET60 10″ rugged tablet Android Fully rugged Yes Forklift and packing-bench WMS workstations
Getac V110 Convertible laptop Windows Fully rugged Optional In-cab dock plus keyboard for paperwork at the drop
Panasonic Toughbook 40 Rugged laptop Windows Fully rugged Optional Yard and dock supervisors working outdoors all shift
Dell Pro Rugged 13 Semi-rugged laptop Windows Semi-rugged No Transport office and Dell-standardised admin fleets
Panasonic Toughbook G2 10″ rugged tablet Windows Fully rugged Optional Last-mile proof-of-delivery on Windows apps, no keyboard

Speccing a warehouse, yard or delivery fleet?

Tell us the workflow — picking, packing, yard, in-cab or last-mile — and we’ll come back within 24 hours with a configuration and quote matched to it.
The reality of the warehouse

One shift, ten thousand scans, no time to reboot

Logistics is where consumer devices fail fastest. A picker on a night shift walks 15–20 km, handles hundreds of scans per hour, sets devices down on concrete, drops them from mezzanine ladders, and hands them off to the next shift without a chance to recover. Every touchpoint in the chain — inbound receiving, put-away, replenishment, picking, packing, dispatch, yard, in-cab, delivery — has its own device profile, and the operational cost of downtime is measured in dock hours, not device price.

Warehouse and distribution centres

Inside the four walls of a DC or 3PL, the pressure on hardware is repetition and drops. A single picker scans 200–400 items per hour; a peak-season induction line scans faster. Devices are gripped with gloves in cold-storage aisles, sprayed down during shift changeover, and forced into pockets, holsters or vehicle cradles between tasks. Barcode read range, imager class and battery hot-swap capability matter more than raw CPU performance — a device that reads a damaged label first-time cuts pick errors, and a device that swaps batteries without a reboot keeps a picker on their feet for the full shift.

Yard, dock and cross-dock

Yard operations sit between the DC and the road. Devices move outdoors into daylight and rain, get mounted on forklifts and yard trucks, and interface with drivers who have gloves on and 30 seconds to check a load. Sunlight-readable displays (typically 800 nits and up) become non-negotiable, IP65 dust and water ingress is the floor, and vibration resistance to MIL-STD-810H drives whether a vehicle-mount device survives 12 months of use or 3.

In-cab and last-mile delivery

In-cab and delivery hardware runs a different workload — turn-by-turn navigation, proof-of-delivery capture, signature workflow, hazmat documentation, tachograph interaction. The device is either dashboard-mounted or handed between driver and consignee at every stop. It has to survive being dropped onto a loading-bay floor, then read a barcode in bright sunlight two minutes later. Battery life across a 10-hour route is often the deciding spec.

Cold storage and freezer aisles

Sub-zero picking is a specialist environment. Screens fog on entry, batteries lose capacity, and standard-grade rubber on button surfaces cracks. Devices rated for cold-storage use (typically −20°C or −30°C operating range) with heated screens and freezer-rated batteries are a different SKU line from ambient-warehouse hardware, and confusing the two is one of the most common procurement mistakes we see.

From reality to requirement

What logistics and transport teams actually need from a device

These are the specifications that separate a device that survives 3-year duty in a DC from one that comes back to the IT desk after 6 months.

MIL-STD-810H drop rating (1.2 m minimum)

The realistic drop height inside a warehouse is between waist and shoulder — 1.0 to 1.5 metres onto concrete. MIL-STD-810H tested to at least 1.2 m is the working threshold for pickers and packers.

IP65 or better ingress protection

IP65 covers wash-downs at shift change, driving rain in yard operations, and dust ingress on inbound docks. IP67 is required if devices are being submerged briefly (rare but seen in fish and produce chains).

Sunlight-readable display (800+ nits)

Any device that leaves the shell of the warehouse — yard trucks, dock doors, driver cabs, curbside delivery — needs a display readable at midday. Below 800 nits, drivers stop looking at the screen and errors climb.

1D and 2D imager, not laser scanner

2D imagers read damaged, curved and stacked barcodes reliably; laser scanners struggle with anything but pristine 1D. For any operation touching DPM, GS1 DataBar or crushed cartons, 2D is the only sensible choice.

Hot-swap or all-shift battery

A picker cannot reboot mid-shift. Either the device supports hot-swap batteries with a bridge cell (Toughbook approach) or it ships with a battery genuinely rated for a full 10-hour shift under continuous scan load.

Vehicle-mount cradle compatibility

For forklift and yard-truck deployments, verify the device manufacturer's own powered cradle exists and is currently in production. Third-party cradles for out-of-production devices are a recurring source of warranty and reliability issues.

Gloved-touch and wet-screen capability

Standard capacitive touchscreens fail with gloves and rain. Verify glove-mode is switchable and that the screen rejects false touches from water droplets — both are settings, not physical properties, and both matter daily.

Cold-storage rating where applicable

For any freezer or chilled work, confirm the operating-temperature range in writing and specify freezer-rated battery packs. A device rated to 0°C will not survive an ambient −25°C aisle, regardless of how brief the exposure.

Speak the spec

The ratings worth writing into a logistics hardware requirement

MIL-STD-810H

Drop, shock, vibration and environmental durability

The US military test standard for environmental durability. In logistics, the numbers that matter are drop height (target 1.2 m minimum) and vibration profile (the vehicle-mount profile if devices are cradle-mounted). A device 'tested to MIL-STD-810H' without a specified drop height is a marketing claim; ask for the actual test report.

IP65 / IP66 / IP67

Dust and water ingress protection

IP65 blocks dust ingress and low-pressure water jets — the working baseline for warehouse and dock use. IP66 handles heavier water jets (yard operations in weather). IP67 permits brief submersion, which is rare in general logistics but relevant to some food and produce chains.

GS1 BARCODE STANDARDS

Barcode compatibility, especially 2D and DataBar

Modern logistics workflows use GS1-128, GS1 DataBar, Data Matrix and increasingly QR. Confirm the imager reads all barcode types actually used across your inbound, WMS and shipping carrier interfaces — not just the most common ones.

OPERATING TEMPERATURE RANGE

Ambient and cold-storage rating

Standard rugged devices are typically rated −10°C to +50°C. Cold-storage devices are rated to −20°C or −30°C with freezer-rated batteries. This is the specification most commonly mis-procured for chilled and frozen operations.

Speccing a warehouse, yard or delivery fleet?

Tell us the workflow — picking, packing, yard, in-cab or last-mile — and we’ll come back within 24 hours with a configuration and quote matched to it.

24-hour tailored quotes

Same-day response on standard configurations. 24–48 hours for complex builds.

Pre-configured on arrival

OS imaging, MDM enrolment, asset tagging and app pre-load, done in-house before shipping.

3-year / 2-year / 12-month warranty

3-year on new laptops and tablets, 2-year on new scanners and handheld computers, 12-month on certified pre-owned. Extended options on request.

Trade-in on old fleets

We accept end-of-life rugged hardware against new procurement and retire it responsibly.

FAQ

Common questions about rugged devices for logistics fleets

For most 8-hour picking shifts, the Zebra ET40 or ET45 is the default recommendation — the 2D imager reads damaged and curved barcodes reliably, the drop rating handles waist-to-shoulder drops on concrete, and the battery holds up for a full shift under continuous scan load. For higher-volume picking (300+ scans/hour) or two-handed operations, ProGlove wearables outperform any handheld device.
For in-cab and last-mile delivery, we typically specify the Getac V110 or the Panasonic Toughbook 40 where a full keyboard is required, and the Panasonic Toughbook G2 where a Windows tablet is preferred. All three offer sunlight-readable displays and hot-swap or all-shift battery configurations that handle 10-hour routes.
Not entirely — they replace the scan action, not the full device. Pickers still need a screen for pick lists and exceptions, either on a wrist-mounted or waist-mounted rugged device, or via voice-picking headset. ProGlove wearables are most effective in high-volume pick-to-tote and pack-to-carton workflows where scan-count per hour is the operational bottleneck.
Yes, but the device must be specified for it. Standard rugged devices rated to −10°C will fail in a −25°C freezer aisle within days. Cold-storage-rated variants exist across the Zebra, Toughbook and Honeywell ranges and ship with freezer-rated battery packs. Always specify operating temperature range in writing when quoting cold-storage deployments.
For the core fleet running your primary workflow, new-in-box devices are usually the right call — a 3-year warranty on new laptops and tablets, 2 years on new scanners, handhelds and mobile computers. Both align with a standard refresh cycle and manufacturer hardware support. For spares pools, seasonal peaks, pilot deployments and fleet expansions, certified pre-owned devices with a 12-month warranty typically save 40–60% and are a proven choice.
Standard-configuration quotes are turned around within one business day. Configured builds (imaging, MDM enrolment, asset tagging) typically add 1–2 business days to the lead time. In-region EU deliveries then arrive within 1–3 business days via UPS.
Yes. We support enrolment into Intune, Ivanti Neurons, SOTI MobiControl, VMware Workspace ONE and other major MDM platforms, alongside OS imaging and asset tagging. This is done in-house before shipping so devices arrive ready to be handed to end users.
New-in-box devices carry a 3-year manufacturer warranty. Certified pre-owned devices come with a 12-month Micro Nordic warranty covering parts and labour. Extended warranty options — including on-site or advance-exchange — are available for larger fleet deployments.
Yes. We ship from our European warehouse to 40+ countries via UPS. In-region EU delivery is 1–3 business days; international lead times follow UPS Worldwide Express or Saver schedules depending on the destination.
Yes. Our trade-in programme accepts end-of-life Toughbook, Latitude Rugged, Getac, Zebra and Honeywell devices, credits them against new or certified pre-owned procurement, and responsibly retires the hardware that cannot be reused.

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