Mobile computers, full-page and belt-worn printers, vehicle mounts and chargers for delivery, route sales, yard and fleet operations. Specified for cab temperatures, patchy coverage and a driver with one hand free.
Transportation hardware has one thing in common that no other vertical shares: it lives in a vehicle and gets used standing up, outdoors, often in one hand. Everything about specification follows from that.
A device chosen for a warehouse assumes mains power, a roof and a floor to stand on. A device chosen for a route assumes none of those. It has to charge from the vehicle, survive weather at every drop, stay readable in direct sunlight, and keep working through areas with no cellular coverage at all.
Printing is where this bites hardest. A proof of delivery is a receipt, but a manifest or bill of lading is a full page, and those are two different printers. Trying to serve both with one device is the most common compromise, and it usually means folding a legal document down to three inches.
If the driver has to put something down to use it, it will eventually be left behind.
PocketJet prints a full letter or A4 page in the cab. Anything narrower means folding a manifest or bill of lading down to receipt width.
No cartridges to store or replace in a cab. The consumable is the paper, which matters when the printer lives in a vehicle rather than an office.
Driver apps on iOS need an MFi-certified printer to pair reliably. Plain Bluetooth will drop the connection mid-route.
A device that only charges at base is flat by mid-route. Vehicle chargers and cradles are part of the specification, not an accessory.
Transport hardware is used harder than almost any other category and replaced less often. These are the questions worth settling before the first order.
Start here, because the software decides nearly everything else. Cloud and tablet platforms usually expect Android or iPadOS and publish a short list of approved printers. Established retail and restaurant packages tend to expect Windows and a wider set of ports. Get the vendor's supported hardware list before pricing anything.
Measure from where the operator stands to your highest rack label. Standard-range engines read at roughly arm's length and will simply not decode a label several levels up. Extended and long-range engines are separate part numbers rather than a setting, so this has to be decided before ordering, not after.
A device that dies at hour six stops an operator until a charged one is found. Size the battery against your longest shift, then plan multi-bay charging and a spares pool from the start. Hot-swappable packs let a device change battery without powering down, which is what makes a second shift practical on the same fleet.
Paper width, ribbon type and label stock are ongoing costs that outlast the hardware decision. 80mm is standard at the counter and 58mm on compact printers, and layouts do not transfer between them. Impact printers need ribbons; thermal printers do not. Work out the annual consumable cost before choosing on unit price.
Equipping one workflow is a purchase; equipping a building is a standard. Once several operators carry the same device, spares, batteries and chargers should interchange, which argues for one model rather than the cheapest option each time. Across multiple sites, staged delivery and pre-configuration matter as much as the hardware itself.
Send us your longest route, your document types and the software your drivers use. We will confirm battery sizing, printer width, mounting and connectivity before anything ships.
The yard, the cab and the doorstep impose different requirements on the same fleet. What works loading out does not necessarily work at the twentieth drop of the day.
| Workflow | What It Involves | Hardware Needed | Key Consideration | Shop |
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01Dispatch and Load Out
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Confirming what goes on which vehicle before it leaves the yard, and issuing the driver their manifest. |
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A manifest or bill of lading is a full page. Printing it on a 3 inch receipt printer means folding and taping, which is why full-page mobile printers exist for this workflow. |
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02Delivery and Proof of Delivery
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Scanning the parcel at the door, capturing a signature or photo, and printing a receipt where the customer needs one. |
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The driver usually has one hand free. A belt-worn printer and a holstered device let them scan and print without putting the parcel down, which is where damage and loss happen. |
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03Route Sales and Direct Store Delivery
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Selling and invoicing from the vehicle, printing an invoice or receipt at the point of delivery and taking payment. |
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This is a full transaction in a doorway. Confirm the printer is MFi certified if drivers use iPhones, and specify a vehicle charger, because a device that only charges at base will not survive the route. |
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04Yard and Trailer Management
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Tracking trailers, containers and equipment around the yard, and confirming what is parked where. |
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Yard labels are read at distance from a moving vehicle, often in poor light and weather. Extended-range scanning and outdoor-rated label media both matter more here than in any indoor workflow. |
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05Returns and Exceptions
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Handling refused deliveries, damages and collections at the door, and labelling items for return to the depot. |
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A return label printed at the door means the item is identified before it goes back on the vehicle. Without it, exceptions are reconciled by hand at the depot, which is where the cost sits. |
Standardise across the fleet where you can. Once drivers share a device model, chargers, holsters and spares interchange, and a failure mid-route becomes a swap rather than a lost day.
Almost none of it is about processing power. Transport hardware fails on power, weather, coverage and the simple fact that a driver only has one hand free.
A cab gets far hotter and colder than an office, vibrates constantly, and offers nowhere secure to put a device. Hardware left loose on a seat gets dropped, sat on and lost.
A ten hour route with no mains power is normal. A device sized for an office day is flat before the last drop, taking proof of delivery down with it.
Routes pass through areas with no signal. A device that only works online stops the driver until coverage returns, and proof of delivery goes uncaptured.
Delivery happens outdoors regardless of weather. Unsealed devices fail after repeated exposure, and a screen that cannot be read in direct sunlight stops the driver working.
A driver is usually holding a parcel, a door or a rail. Hardware that needs two hands to operate gets put down, and that is when it gets damaged or left behind.
Direct thermal receipts fade with heat and sunlight, and a cab in summer is both. A proof of delivery that is blank three months later is a problem when a claim is raised.
Specify against the longest route in the worst weather, not the average one. A device that copes on a short urban round will not survive a full rural day.
Three lines cover most transport deployments: full-page printing in the cab, belt-worn printing on foot, and the handheld the driver carries all day.
Full-page mobile printing in the cab. The PocketJet prints a complete letter or A4 document, which is what a manifest, bill of lading or inspection report actually needs. Direct thermal, so there is no cartridge to store or change in a vehicle.
Belt-worn receipt and label printing for drivers working on foot. The RuggedJet prints proof of delivery, receipts and return labels without the driver putting the parcel down, and is built for the drops and weather that come with the job.
The device the driver carries all day. Zebra's TC2X and EC series pair a proper 2D scan engine with Android and a supported upgrade path, which matters when the fleet has to stay on a certified OS version for the software running on it.
Tell us your route profile, what documents drivers need to produce, whether they work from the cab or on foot, and what software they run. We will specify the device, printer, mount and charging together, and stage delivery so vehicles are fitted out in batches rather than all at once.
The questions that come up most often when equipping a fleet, and the answers that prevent a mid-route failure.
For mobile printing, Brother Mobile is the strongest line we carry. The PocketJet series covers full-page documents and the RuggedJet series covers belt-worn receipts and labels. Zebra also make mobile printers in the ZQ range.
For mobile computing, Zebra, Honeywell, Datalogic and Unitech. For vehicle-mounted terminals and mounting hardware we work across several manufacturers depending on the vehicle and the mount required.
We are not tied to one brand. Which is right depends on your software, your route profile and whether drivers work from a cab or on foot.
Shipping and fulfilment for dispatch, manifesting and carrier labelling. Asset tracking for trailers, containers, cages and returnable equipment. Inventory control for van stock and route replenishment.
Vehicle-mounted computing for yard and forklift operations, barcode scanning across the whole chain, and RFID where gate reads or bulk container counting are needed.
We also handle B2B re-ordering and mobile sales, which is the same hardware profile as route sales.
It depends entirely on what the document is. A proof of delivery, a receipt or a return label is receipt or label width, and a 2 to 4 inch belt-worn printer like the RuggedJet handles it well while leaving the driver a free hand.
A manifest, bill of lading, inspection report or invoice is a full page. Printing those on a 3 inch printer means folding and taping, which looks unprofessional and is genuinely hard to read. That is what the PocketJet exists for, at 8.5 inches wide and 300 dpi.
Fleets running both document types usually carry a PocketJet in the cab and a RuggedJet on the driver, rather than compromising with one.
That depends on the software more than the hardware, but the hardware decision that matters is cellular. WWAN cannot be retrofitted, so a Wi-Fi only device will only sync at base regardless of what the app supports.
Where routes pass through poor coverage, choose a device with cellular and software that queues scans, signatures and photos locally, syncing when the connection returns. Test this specifically before rolling out, because it is the failure that generates the most driver frustration and the most missing proof of delivery.
Only if it is MFi certified. Apple requires MFi for Bluetooth accessories to pair reliably with iOS, and a printer advertising plain Bluetooth will either fail to pair or drop the connection mid-route, which in a vehicle is worse than not working at all.
The Brother RuggedJet RJ-3230B-L is MFi certified, as are several other mobile printers we carry. Confirm it explicitly on the part number, because the same printer family often ships in both MFi and non-MFi variants.
That is direct thermal behaving normally. The image is burned into a heat-sensitive coating, and heat, sunlight and friction all degrade it. A receipt left on a dashboard in summer can be unreadable within weeks.
Two practical options. Treat the printed copy as the customer's receipt and rely on the digital capture in your software as the record of truth, which is what most fleets now do. Or, where a physical archive is genuinely required, specify media rated for longer life and store it out of light and heat. Standard direct thermal receipt stock is not an archival medium and should not be treated as one.
Send us what you are trying to do and we will come back with a specific recommendation rather than a catalogue. If you are replacing equipment, a model number or a photo of the existing setup is usually enough to work from.
We usually respond within 10 minutes on weekdays.