If you’re buying a new van mainly to protect tools, the “best” security usually comes from a mix of factory-fitted deadlocks/alarms, strong door hardware, and a van that supports proper internal storage (lockers, bulkhead and racking) without compromising doors. In practice, the safest choice is often a mainstream panel van with a strong optional security pack, then adding a reputable aftermarket system at handover.

What to look for on a new van order

1) Factory security packs: Many new vans can be ordered with enhanced alarms (including interior sensors), deadlocks (separate from the central locking), and anti-peel/anti-pry door protection. These options are worth prioritising because they’re integrated, warranty-friendly, and can help insurance.

2) Solid door design and locks: Sliding side doors and rear doors are the usual attack points. Look for vans where the manufacturer offers extra shielding around lock barrels and reinforced door edges. Ask the dealer exactly what’s included (some “security packs” are just an alarm and immobiliser).

3) Telematics and tracking: Increasingly, new vans offer connected services (location, geofencing, theft alerts). It won’t stop a break-in, but it can help recovery and may reduce downtime.

Vans and trims that are typically strong choices

In the UK, the big sellers (Ford Transit/Transit Custom, Volkswagen Transporter/Crafter, Mercedes-Benz Sprinter/Vito, Renault Trafic/Vauxhall Vivaro/Peugeot Expert and similar) all have good security options when specified correctly. The key is not the badge, but whether you can order deadlocks, alarm upgrades and door protection from the factory and fit approved extras easily.

Two practical follow-ups

Should you add aftermarket locks on a brand-new van? Often yes: a quality slamlock/deadlock setup plus a tool-safe or lockable racking can be more effective than relying on the standard central locking alone.

Will it affect insurance? Sometimes. Insurers vary, so get a quote with the exact security spec (factory options + aftermarket brand/model) before you order.

A roof rack can noticeably worsen fuel economy on a new van because it increases aerodynamic drag. In real UK driving, a basic rack left on all the time often costs a few per cent, but bulky loads (ladders, pipes, roof boxes, beacons) and motorway speeds can push the hit into the high single digits or more. The faster you drive, the more it matters.

Why it happens

At town speeds, weight and stop-start driving dominate. On A-roads and motorways, air resistance becomes a big part of what the engine is fighting. Even an “empty” rack disrupts airflow; add a ladder and you’ve effectively made the van taller and less slippery through the air.

What affects the size of the hit

Speed: Expect the biggest penalty on long motorway runs.

Rack type: Low-profile bars generally hurt less than a full-length rack or high-sided system.

Load shape: Ladders and long items are worse than a flat, tidy load. Anything that sits proud of the roofline increases drag.

Van shape: High-roof and boxier vans can be more sensitive, especially if the rack sits above the roof’s leading edge.

Practical ways to reduce the impact

If you don’t need it every day, choose a rack that’s quick to remove and take it off for longer trips. Keep loads as low and as far back as practical, strap everything tight, and consider a wind deflector if you’re carrying ladders frequently (it can help noise and may reduce drag, but results vary by van and setup).

Two common follow-ups

Does it affect electric range? Yes—drag reduces range in the same way, and you’ll notice it most at 60–70mph.

Any legal/ordering points? Check the van’s roof load limit (dynamic load), rack rating, and overall height for car parks/bridges. Overloading the roof can also affect handling and warranty if you ignore manufacturer limits.

The “best” new van for a pressure washing business is usually a medium panel van with a sensible payload, good access, and enough space for a tank, hose reels and chemicals without pushing you over weight limits. For many UK operators, that points to vans like the Ford Transit Custom, Volkswagen Transporter, Mercedes-Benz Vito, Renault Trafic/Vauxhall Vivaro, or similar—chosen in the right length/roof and, crucially, the right gross vehicle weight (GVW).

Start with payload and GVW (it’s the make-or-break)

Water is heavy: 1 litre weighs about 1kg. A 400–650L tank plus frame, reels, surface cleaner, generator/engine, fuel and PPE can quickly use 700–1,200kg of payload. Many “nice to drive” medium vans don’t have that much spare once you add racking and a second person. Check the van’s payload on the exact trim you’re ordering (it varies a lot with automatics, AWD, high-spec cabs, etc.).

Layout matters more than badge

Look for a wide side door and a square load bay so you can mount the tank over/just ahead of the rear axle and still access reels. A factory bulkhead is worth having for noise and safety. If you’ll carry long poles, check load length and whether you need roof bars or an internal tube.

Diesel or electric?

If you work in ULEZ/CAZ areas and do lots of stop-start urban miles, a new electric van can make sense—especially if you can charge at base. The Plug-in Van Grant is still available as of the latest confirmed guidance (up to £2,500 under 2,500kg GVW, or up to £5,000 up to 4,250kg GVW), but OZEV reviews incentives and rates can change, so check Gov.uk when ordering.

Two common pitfalls

1) Overloading: don’t size the tank bigger than your legal payload. 2) Poor ventilation/chemical storage: plan secure, separated storage and spill protection.

If you tell me your typical tank size, whether you carry hot-water kit, and your usual mileage/ULEZ exposure, I can narrow it to the best size and powertrain.

The “best” new van for carrying musical equipment is usually a medium panel van with a long load bay, a low loading height and a smooth, quiet ride — because protecting fragile kit matters as much as sheer space. For most bands and mobile sound/lighting firms, that points to vans like a Ford Transit Custom, VW Transporter, Mercedes Vito, Renault Trafic/Vauxhall Vivaro/Peugeot Expert size, specced to suit your cases and racks.

Start with your kit, not the badge

Measure your largest items (flight cases, speaker cabs, drum hardware trunks) and check:

• Load length and height (will cases stand upright, or need laying flat?)
• Payload (the weight you can legally carry once the van’s own weight is accounted for)
• Wheel-arch intrusion (can you get a flat “wall-to-wall” floor for cases?)

If you’re regularly carrying heavy PA, staging or lots of amps, a large van (e.g. Transit, Sprinter, Movano/Master) may be the safer bet for payload and cubic space — but it’s harder to park and can be taller for multi-storeys.

Key spec choices that make a real difference

Suspension and refinement: A van that rides well reduces vibration. Consider higher trim levels, smaller wheel options, and avoid very stiff “heavy-duty” set-ups unless you need the payload.

Access: Twin sliding doors help on tight kerbsides. A low roof fits more car parks; a high roof makes loading safer and quicker.

Security: Factory deadlocks, alarm upgrades, internal load-area shielding, and a solid bulkhead are worth prioritising for instruments.

Electric or diesel?

If you work in Clean Air Zones or do lots of city gigs, a new electric van can be a good fit (quiet, smooth, no tailpipe emissions). Grants can change year to year, but the Plug-in Van and Truck Grant is currently up to £2,500 (under 2,500kg GVW) or up to £5,000 (up to 4,250kg GVW) — check the latest on Gov.uk/OZEV.

Two quick follow-ups to ask yourself

Do you need seats as well as space? A crew van/double-cab can carry people and kit, but you lose load length and payload.

Will you add racking or a false floor? Plan this at order time so you choose the right wheelbase, door opening height, and payload margin.

For stop-start city traffic, the “best” new vans are the ones that are easy to manoeuvre, efficient at low speeds, and compliant with city clean-air rules. In practice, that usually means a small/compact van (often with an automatic gearbox) or, increasingly, a fully electric van if you can charge reliably and your routes include Clean Air Zones (CAZ) or the London ULEZ.

Best choices for urban stop-start work

Small vans (car-derived or compact panel vans) suit multi-drop, tight streets and frequent parking. They’re easier to thread through traffic, typically have lighter steering and better visibility, and cost less to run than larger vans. If you don’t need big payload or load length, downsizing is often the biggest real-world win in cities.

Electric vans are particularly strong in stop-start use because regenerative braking recovers energy every time you slow down, and there’s no idling fuel burn. They’re also generally exempt from ULEZ/most CAZ charges (always check the local scheme rules). Upfront cost can be reduced by the Plug-in Van Grant (currently up to £2,500 for vans under 2,500kg GVW, and up to £5,000 up to 4,250kg GVW, but grant levels are reviewed and can change—check Gov.uk).

Automatics and driver-assist tech make a genuine difference in traffic: look for auto, stop-start (on diesels/petrols), adaptive cruise with traffic assist, parking sensors/camera, and a tight turning circle.

What to avoid (or think twice about)

Large, heavy vans can be tiring and inefficient in dense traffic, and they’re harder to park. If you only occasionally need the space, consider whether a medium van with smart racking or a high roof could do the job instead.

Two quick checks before you choose

1) Your real payload and load size: city vans are often over-specified “just in case”. Measure what you carry for a week.

2) Where you’ll charge/park: for EVs, off-street charging is ideal; relying solely on public rapid chargers can work but needs planning.

For most buyers of new vans, factory navigation is now a “nice to have” rather than a must. If your drivers already use Google Maps/Waze on a phone, or you run a fleet app, you’ll usually get better live traffic and quicker updates that way. Factory nav can still make sense if you want a tidy, integrated setup that’s harder to lose, easier to use while driving, and less dependent on a driver’s personal phone.

When factory navigation is worth paying for

Multi-drop work and unfamiliar areas: a built-in screen with proper voice control can reduce faffing with mounts and cables.

Company vehicles with multiple drivers: you avoid “whose phone is it?” issues and can keep routing consistent.

Integration benefits: some systems link to the van’s driver display, steering-wheel controls, reversing camera, and (on EVs) route planning with charging stops. If you’re ordering an electric van, check whether the factory system adds EV-specific routing or battery preconditioning support.

When you can skip it

Cost vs value: factory nav is often bundled into pricey option packs. It may not add much to resale compared with features like parking sensors, a camera, or ply-lining.

Updates and subscriptions: many manufacturers charge for map updates or connected services after an initial free period. Terms vary, so ask what’s included for the first 3–5 years and what it costs afterwards.

Phone-based navigation is excellent: live traffic, road closures and new build roads usually appear faster than in built-in maps.

Practical buying tip

If you don’t choose factory nav, consider specifying a larger infotainment screen with Apple CarPlay/Android Auto and a USB-C port—often the best middle ground.

Follow-up to ask the dealer: “Is navigation standard, optional, or only in a pack?” and “Are live services included, and for how long?”

The “best” new van for carrying generators and compressors is usually a medium panel van (think Transit Custom / Vivaro / Transporter size) with the right payload, load length and tie-down provision. These loads are heavy, dense and can be awkward to position, so choosing on brand alone is less important than getting the weights and layout right.

Start with weights: payload and axle limits

Don’t just add up the kit weight and compare it to the brochure payload. Generators and compressors often sit over the rear axle, so rear axle weight can be the limiting factor even if the overall payload looks fine. Ask the dealer for the van’s axle limits and consider a higher GVW variant if you’re close. Remember: most new vans up to 3.5 tonnes GVW can be driven on a standard car licence (Category B), but check if you’re considering anything heavier.

Loading practicality: doors, floor and securing

Look for wide side door opening, a low load height and a strong, flat load floor. If you’ll use a ramp, check the step height and whether the van can take a rated load restraint system (proper lashing rings, not just light-duty hooks). A factory bulkhead is strongly recommended to protect occupants from shifting kit.

Powertrain choice: diesel, petrol or electric?

For frequent heavy loads and motorway miles, a modern diesel is still the common choice. If you work in Clean Air Zones, a new Euro 6 diesel is typically compliant, but rules vary by city—check the local CAZ/ULEZ checker. Electric vans can work well for urban work and towing is often limited, but range drops with weight and stop-start use. If you go electric, the Plug-in Van Grant may reduce the price (currently up to £2,500–£5,000 depending on GVW, but OZEV support can change—check Gov.uk).

Two quick follow-ups to ask yourself

Do you tow? If you’re towing a compressor trailer, verify the van’s braked towing limit and the effect on payload.

Do you need racking? Racking, ply-lining and a ramp can eat a surprising chunk of payload—spec the van with enough headroom from day one.

The easiest new vans to clean and maintain inside are usually the ones with a simple, hard-wearing cabin: wipe-clean plastics, rubber flooring, fewer fabric trims, and seat materials that don’t soak up dirt. In practice that often means a “work” or “base” trim level with optional heavy-duty interior packs, rather than a high-spec model with lots of soft-touch surfaces.

What to look for when ordering new

Rubber or vinyl floor covering beats carpet every time. It’s quicker to sweep out, you can hose mats separately, and wet boots won’t leave a lingering smell. If the van offers a one-piece cab floor liner, that’s ideal.

Durable seat fabric (or vinyl) matters more than people think. Dark, tightly woven cloth hides marks; wipeable vinyl is best for muddy/greasy work but can feel hotter in summer. Check whether the driver’s seat base has exposed foam edges (harder to keep tidy) and whether seat covers are available as a factory option.

Hard plastics and fewer crevices make cleaning quicker. Big, open door bins and simple dash layouts are easier than lots of small textured pockets. A sealed bulkhead also helps keep cab dust down if you carry grit, plaster or soil in the load area.

Cab vs load area: maintenance trade-offs

If you regularly carry dirty kit, prioritise a proper load liner (ply lining or a moulded plastic lining) and a non-slip, sealed floor in the back. It protects the metalwork (helping resale) and stops debris migrating forwards. A full-height bulkhead is usually worth it for cleanliness and noise.

Two quick follow-up checks

1) Will a higher trim be harder to keep clean? Often yes: more fabric, gloss trims and touchscreens show fingerprints. If you want comfort features, ask for them without carpeted floors if possible.

2) Any warranty concerns? Avoid drilling or using aggressive solvents on plastics. Stick to manufacturer-approved cleaning products and check the handbook for upholstery care.

Van height makes a bigger difference in daily use than most buyers expect, because it affects where you can go (car parks, height barriers, ferries), how easy it is to load, and how much wind and fuel you’ll use. With a new van, choosing the “wrong” roof can be an everyday irritation, not a once-a-year problem.

Access: car parks, depots and height barriers

The headline issue is physical access. Many UK multi-storey car parks and some supermarket/retail parks have height limits that can rule out medium- and high-roof vans. If you regularly visit city centres, hospitals, airports, or client sites with barriers, measure your typical restrictions and compare them to the van’s overall height (including roof rails, beacons, roof racks and even some aerials). A few centimetres can be the difference between “fine” and “no entry”.

Loading and day-to-day ergonomics

A higher roof usually means you can stand more upright inside and stack goods higher, which is a genuine productivity win for couriers, trades carrying tall kit, or anyone fitting racking. The trade-off is reach: a higher load floor-to-roof can encourage over-shoulder lifting, while a lower roof can be easier for frequent handballing through the side door.

Running costs: wind, stability and range

More height generally means more wind resistance. That can nudge fuel use up on motorways, and it can reduce real-world range on electric vans. Taller vans can also feel more affected by crosswinds when unladen. The difference isn’t night-and-day, but it’s noticeable if you do lots of fast A-road/motorway miles.

Insurance, ferries and “hidden” add-ons

Some ferry/Eurotunnel pricing bands and site access rules are height-based. Also remember accessories: roof bars, ladders, pipes, signage pods and light bars can push you over a limit.

Practical tip: before ordering, list your top 5 regular destinations and their height limits, then choose the lowest roof that still meets your load/fit-out needs. If you’re planning racking or a lining kit, confirm internal height with the converter, not just the brochure.

The “best” new van for an event and exhibition business is usually a medium panel van with a long wheelbase (LWB) and a high roof, because it balances load length for shell schemes and pop-up stands with city-friendly running. For many UK operators that means a Ford Transit Custom, VW Transporter, Mercedes-Benz Vito, Renault Trafic/Vauxhall Vivaro/Peugeot Expert class — but the right choice depends on what you carry, where you work, and who drives it.

Start with your load: length, height and weight

If you regularly move 2.4m boards, roller cases and banner stands, check the load length and whether you need a through-load hatch. If you carry tall flight cases or need to stand items upright, a high-roof can save time and damage. Don’t guess on payload: weigh a typical job. Many “well-specced” vans lose payload once you add racking, ply-lining, towbar, extra seats or a tail lift.

One van or crew van?

If you often take a team to site, a crew van (double-cab) is handy but it reduces load space and payload. An alternative is a standard panel van plus a second small van or car for staff on big builds.

Urban work: ULEZ and electric options

Most new diesel vans are Euro 6 and generally meet ULEZ/CAZ standards, but always confirm the exact model on the scheme checker. If you do lots of London/inner-city work, an electric van can make sense for quiet, clean access and predictable running costs — provided your routes suit the range and you can charge reliably. As of latest confirmed guidance, the Plug-in Van Grant can be up to £5,000 for electric vans up to 4,250kg GVW (OZEV reviews grants periodically, so check Gov.uk).

Practical features event firms value

Look for wide side doors, low load height, strong load-lashing points, LED load lighting, 230V/USB power options, and factory ply-lining or durable load protection. If you tow a trailer, check towing limit and order the right towbar and cooling pack from new.

Two quick follow-ups to ask yourself

Do you need 3.5 tonnes? Staying at 3,500kg GVW keeps it car-licence friendly for most drivers, but if payload is tight you may need a heavier GVW (licence rules can vary by driver entitlement). Buy or lease? Leasing can suit seasonal businesses and keeps cash free, but check mileage, damage standards and lead times for your chosen spec.